The findings of racial-ethnic differences in
medical treatments need to be used in a positive way
February 17, 2009: Child abuse or
trauma affect the genes of children and grandchildren -
Possibilities of influence - April 8, 2010: Anxiety can
also be genetic - April 8, 2010: Japanese have a "sushi
gene" - July 2, 2010: Highlands Populations have an
"athlete gene" for the thin air at high altitude - August
31, 2010: The Jewish gene peculiarities - September 1,
2010: <Human geneticists on Sarrazin theses: "There is
no Jewish gene"> - 8.12.2010: The "MAOA-L" gene - the
"Wall Street Gen" - 8.2.2012: Twins who grow up separately
have suspiciously similar CVs - 11.3.2012: Redheads are
more sensitive to cold and heat - but less sensitive to
pressure pain - April 29, 2012: <Abused children:
violence damages genetic material> - December 2, 2012:
<Bad experiences in childhood: trauma can change
genetic material> - the second brother is more likely
to be gay -- Spending time in space changes genetics --
Blood of africans -- July 7, 2022: Faces from blacks and
whites -- May 25, 2021: Tendons with genetics -- July 29,
2022: Map of Europe: White race in percent
Origin from Africa: Pélé
with black skin, and the classic, blonde,
white-skinned Northern European type, Bobby
Moore 1966 [12]
Asian, e.g. the 1991 Nobel Peace Laureate from
Burma, Aung San Suu Kyi [3]
Genetic, race-adapted medicine - each race
requires its own healing methods
from: Mr. Jörg Blech (Switzerland): Another race, another
pill - the new race debate (orig. German: Andere Rasse,
andere Pille - die neue Rassendebatte); Mirror (German: Der
Spiegel) 17 / April 19, 2004, p.9; S.186-188
Comment
School "medicine" believes that it has discovered a new
branch of research in genetic and racial medicine and
believes that it will make people healthier. It is probably
the case that the races need different medicine depending on
the continent. However, the article does not mention that
intelligence does not always make you smarter. And the
article also does not mention that the side effects of
school "medicine" make people sick, no matter what skin
color or race. The entire genetic-racial medicine goes -
unfortunately - for miles around the many causes of
"civilization" diseases. However, taking racial genetics
into account in medicine seems correct.
Michael Palomino 2009
The article (translation):
Different race, different pill
<People of different skin tones develop certain
conditions differently. Doctors and geneticists are
therefore on the delicate search for ethnic differences in
the genome.> (P.9)
<The new race debate
Geneticists systematically search for differences in the
genetic makeup of different ethnic groups. Their goal:
medicines and therapies that are tailor-made for patients
with certain skin tones. Critics fear a new racism under the
guise of biology (p.186).
[The most recent organ donation made by Aballah Daar]
Aballah Daar prefers to operate on the borders of medicine.
The doctor took the kidneys from a premature baby, which was
declared dead after 34 weeks of pregnancy, and planted them
in a baby - a world record. Never before has there been
younger organ donor (p.186).
[Aballah Daar: The idea for paid organ donation]
But Daar, 54, who is a professor of surgery at the
University of Toronto and also heads the Department of
Applied Ethics, also likes to run ahead as a thinker: 10
years ago, he called for paying the organ donors - such
ideas are presented by German transplanters only since
recently, before they did not have the courage for it
(p.186).
[Aballah Daar: The Idea for race-specific medicine]
Last week Daar opened another barrel at a specialist
congress in Berlin. In front of the elite of genetic
research, the jack-of-all-trades, meanwhile also an ethics
consultant of the human genome organization, bluntly
demanded:
"We should reintroduce the concept of race into science and
medicine." (p.186)
[The doctors want to "sort" and optimize]
With his appeal, the visionary sparked a debate that has
recently been smoldering among geneticists. Because lately
doctors have been talking more and more openly about the
possibility of treating patients differently depending on
their skin color. In clinical trials, it is appropriate to
sort people into different groups: according to their ethnic
origin (p.186).
[Howard University, Washington: The Collection of DNA
Samples Only from Blacks in the "USA"]
Howard University in Washington - once founded for black
students - plans to collect DNA samples from 25,000 people
over the next four years for the sake of medical research -
but only from blacks. The program is called: "Genome
research in the African diaspora" (p.186).
[Hapmap Project: Search for Racial-Genetic Differences]
The next human genome world map is already in project - but
this time it is not about the similarities, but about the
differences between people: In the so-called Hapmap Project,
an international research association, equipped with 110
million dollars in research money, is systematically looking
for differences between Nigerians, Japanese, Chinese and
Americans. Here too one hopes to discover new therapies
(p.186).
[Aballah Daar: thesis of "tailor-made" medicine]
"Especially for the minorities in the West and the people in
the developing countries," explains Daar, "thanks to such
advances, we could offer medicine that would be tailored to
their ethnic group." (p.187)
[The previous false diagnoses for race-specific ailments]
With such statements, a fundamental rethink is emerging. It
was never controversial that people of different skin tones
suffer from certain ailments with different frequency. But
science had identified social disadvantage and racism as the
causes. Now, however, medical professionals in hospitals and
research centers are increasingly coming up with another
factor: the genetic makeup of different ethnic groups
(p.187).
[Jerome Rotter: Different genes - different medicine]
"It is very foolish to be color blind, especially because
ethnic groups differ in their genes," explains Jerome Rotter
from Cedars-Sinai Medical Center in Los Angeles, for
example. The controversial geneticist examines the genetic
makeup of 2,700 U.S. citizens descended from Africans,
Mexicans, and Chinese. Rotter advises doctors to take a
patient's genetic profile into account before treating them.
"Such [a procedure] is called good medicine." (p.187)
[The allegations of medicine without race difference: the
geneticists would provoke new racism]
Such sayings cause horror in many doctors. For example, as a
"pseudoscience of the race", an editor of the "New England
Journal of Medicine" flagged the infiltration of ethnic
categories into the heads of several researchers (p.187).
Their findings only fueled a new racism: "Race", actually a
traditional social construct, is suddenly declared to be a
biologically important dividing line between humans and
humans. Racists could now quite openly blame themselves not
only for diseases, but also for perception, unreliability or
crime a gene variant could be blamed responsable (p.187).
[Vincent Sarich's race investigation: blacks have an
average IQ 70]
Indeed, Vincent Sarich, an emeritus anthropologist at the
University of California at Berkeley University [San
Francisco], has just published a book on the "Reality of
Human Differences," which does just that. The volume
combines the latest findings in genome research with
half-truths and absurd claims. Africans of black skin, it
says, had an average intelligence ratio of 70 (p.187).
[Racist Johann Friedrich Blumenbach: Caucasians should be
the "most beautiful human race"]
The new book is part of a terrible tradition that was
founded by the German anatomist Johann Friedrich Blumenbach
(1752 to 1840). He invented the term "race". He wanted to
have identified five of them worldwide: Mongols, Ethiopians,
Americans, Malays and Caucasians. He assigned his own people
to the latter, whom he described as the "most beautiful
human race".
The pseudoscientific mixture of this geneticist and his
successors
[these successors were the Darwinists and the evolutionists
who justified colonialism with Darwinism]
led in the middle of the 19th century to the conclusion that
high-ranking races were entitled to rise above inferior
people - which ultimately led to the Auschwitz selection
ramp (p.187).
[Richard Lewontins genetic research: approx. 85% or 93%
of the gene differences are within the races - 7% concern
ethnic groups]
The concept of the biological race, however, began to
crumble when serious researchers took a closer look. Richard
Lewontin, then at the University of Chicago, examined blood
proteins from people around the world in 1972. He had by no
means expected the result: Most genetic differences - about
85 percent - exist between people who belong to the same
ethnic group (p.187).
Another 8 percent of the differences occur between
populations of the same "race": for example between Swedish
people and Spaniards. And only the remaining 7 percent of
the differences can be attributed to belonging to one of the
large ethnic groups. That means: A German from the province
of Palatinate can differ genetically from his friend in
Palatine with whom he plays cards like skat (p.187) more
than from a man from the wild desert from the Namib desert
(p.188).
[Luigi Cavalli-Sforza rejects any racial teaching]
The division of mankind into races is therefore not tenable,
said geneticist and author Luigi Cavalli-Sforza a decade
ago. The external differences between Finns, Pygmies,
Laotians and Aborigines are only adaptations to climatic
conditions, with no deeper correspondence in the genes. From
the point of view of biology, there are no human races, as
the scientists have agreed since then (p.188).
Different
race - different medicine. Examples of races in
the article
Village of Pygmies near Mbaiki [1]
Finns are mostly blond [2]
Asian, portrait, mostly dark or
black-haired without curls [17]
Aboriginal people from Australia, various scenes
[4]
[New genetic racial research under Mr. Marcus Feldman]
But exactly this politically correct consensus is now being
questioned - again by geneticists. The group led by Mr.
Marcus Feldman from Stanford University in California, for
example, examined the genome of 1056 people from 52
populations, including Bedouins, Pygmies, Sardinians, Druze,
Melanesians, Pima Indians and people from France (p.188).
The researchers detected 400 sections (markers); usint these
patterns, they were able to divide the human genome into
five groups. And they corresponded exactly to the large
earth zones: Africa, Europe, Asia, Melanesia and America
(p.188).
Genetic
differences depending on the continent: Africa -
Europe - Asia - Melanesia - "America"
A man from France with a cigarette, Paris 2007
[7]
Example from Asia:
Beduins [6]
Druze, marriage 2007 [8]
Melanesia:
Melanesians in canoes [9]
"America":
Pima natives in Arizona, 1893 [10]
[New genetic race research by Mr. Lutz Roewer: 23,000
genetic samples - now the European settlement history
becomes traceable]
"If you only look at the right sections in the genome, you
can already find out which ethnic group a person belongs
to," says Mr. Lutz Roewer, 42, from the Berlin Institute of
Forensic Medicine from Berlin hospital Charité. The
geneticist is one of the very few German researchers
involved in the delicate search for ethnic genetic
differences - and has done pioneering work (p.188).
Years ago, Roewer found a certain pattern on the male Y
chromosome that can be used to classify men of the same skin
color. In collaboration with 86 institutes, he has since
examined the patterns of almost 23,000 men from 200 European
populations and combined the results into a unique genetic
map: It not only reveals the regional peculiarities that
have emerged since the ice age 12,000 years ago. Roewer also
believes that he can distinguish between 10 younger ethnic
variants that have been a reflection of European settlement
history since Roman times (see map) (p.188).
Map: genetic groups of blood relationship in
Europe; Mirror (German: Spiegel) 17 / April 19,
2004, p.188 [11]
[Lutz Roewers database: pedigree can be derived from gene
samples]
Conversely, the genes reveal which group an individual is
from. And because the researchers around Roewer also
installed into their data base thousands of samples from
Asia, North and Latin America, Africa and Oceania, you can
investigate the ethnic background of almost every person.
[Abuse of the genetic database by police - companies
doing genealogy]
That's why police officers use the database to find out what
kind of population a perpetrator comes from. All they have
to do at the crime scene is to sequence the corresponding
patterns on the Y chromosome of tissue traces and type the
results into the publicly accessible database
(www.ystr.org). In some seconds comes a world map. Red dots
on it reveal where and how often the respective gene pattern
occurs. Private genealogical research companies such as the
US company Gene Tree also tap into the service of the Berlin
researchers - to find out the origin of their customers.
[Genetic racial research: example of sickle-shaped red
blood cells against malaria]
The DNA patterns were created by evolution. As soon as
groups of people reproduce geographically, they are subject
to different selection pressures. For example, people from
Africa and the Mediterranean have comparatively frequent
sickle-shaped red blood cells. This protected their
ancestors against malaria widespread in the south, but can
also lead to severe forms of anemia ("sickle cell anemia").
[Genetic race research: Blacks with more breast and
prostate cancer - 30-40% of Asians with mutant liver
enzyme need only about 30% of the pill dose]
But the relationships are rarely so obvious. Why, for
example, do blacks develop breast and prostate cancer more
often than whites? No evolutionary biologist knows that yet.
The US company Genaissance also came across differences of
mysterious origin: 30 to 40 percent of all Asians have a
mutated liver enzyme and are not so good at reducing drugs
in their body. The finding is of great pharmacological
importance because it explains why Asian patients often
manage their illnesses with significantly lower doses of
heart, pain and psychopills than other people.
[Supplement: Natives in Central and South
"America" are also Asian people and a considerable part of
them needs only about 30% of the pill dose that a white
man from Europe needs. This means: the normal dose for
white people will kill many Asian and native people from
Central or South "America"].
[Patient data: The ethnicity or race is not taken into
account so far!]
Such peculiarities have so far hardly been considered in
clinical studies: The conditions were simply like this: 80
percent of the test subjects have white skin, ethnic aspects
are generally not included in the evaluation of the data.
[The company NitroMed: New medication against cardiac
death only planned for black people - the test series is
being implemented]
Now there is a striking story for inventing the first "ethno
pill" of the world, and this project is well observed by
medical doctors: African Americans die more by heart stroke
than whites - possibly because they are lacking nitric oxide
which is produced in the white bodies normally. This
supposed deficiency should be equaled with a new pill by the
"US" company NitroMed. With whites there is no help, but it
could help the blacks.
The "US" drug agency FDA therefore granted the company
approval for the first time to test a drug exclusively on
black patients - which immediately led to a scandal.
"It is disturbing to see honorable scientists and doctors
sort things into race categories," said "US" geneticist
Craig Venter.
Of course, those affected see it differently. The
Association of Black Cardiologists, a group of 500 African
American cardiac specialists, is doing its utmost to support
the ongoing study.
"In the name of science," explains the black doctor Waine
Kong, "we'll cooperate."
Jörg Blech>
========
February 17, 2009: Heroism is in the genes
Soccer heroes Pélé and Bobby Moore 1966 [12]
Soccer hero Franz Beckenbauer with the 1974 World
Cup [13]
Political hero: Georg Elser (Hitler assassin in
Munich 1939) on a postage stamp from 2003 [14]
Political hero Mikhail Gorbachev (1985) with
perestroika (from 1986) [15]
from: 20 minuten online: Stress resistance is innate -
heroism is in the genes; February 17, 2009;
(original German: Stressresistenz ist angeboren - Heldentum
liegt in den Genen; 17.2.2009)
http://www.20min.ch/news/wissen/story/27264582
Translation:
<Having the ability to think clearly and logically
also during much stress is not an art but is a
predisposition, this say "US" researchers. The tendency to
different reactions to stress should be anchored in our
genes.
The fact that there are some people being able to keep a
cool head also during greatest pressure, this is inherited,
"US" researchers say. They found out that the body that
there were soldiers who lived always in a calm way and they
had an unusual manner to react against stress.
The hormone profile of these people in extreme stressful
situations is unique, said psychiatrist Deane Aikins from
Yale University at the AAAS annual conference in Chicago.
While normal people release the stress hormone cortisol in
response to fear and anxiety, their levels remain low.
Stress reactions in the test
Aikins had used simulators to expose "US" soldiers to
various stressful situations. Some remained completely calm
and were able to carry out the tasks assigned to them even
in the most extreme situations. Others reacted with panic.
The researcher now wants to find out whether it's
predictable consulting the hormonal profile if a person will
be calm in difficult situations or not. According to him,
science is that far developed that trials could be made for
manipulating persons to be stress resistant.
Source: SDA/ATS >
Comment
If more active and passive behavior is genetically
determined, it is therefore not justified for more passive
people to laugh at the more active people or vice versa. The
disgusting journalism, teacher tactics or officer tactics,
which dismissively judges extraordinary acts as "playing the
hero", is not justified. On the contrary, genetics seem to
play a major role in social behavior. A balance of power is
to be striven for according to the abilities and rational
senses. The journalists, teachers and officers are often
rather dusty, passive and destructive characters who achieve
rather only little things ...
At the same time, it could also be possible that heroism is
related to blood group 0 (hunter-gatherer, see blood group
medicine by Dr. D'Adamo - link).
Michael Palomino, February 2009
========
May 19, 2009: Child abuse or trauma have effect on
the genes of children and grandchildren - possibilities
of influence
from: 20 minuten online: Abuse damages the genes of the
grandchildren (orig. German: Missbrauch schädigt Gene der
Enkel); May 19, 2009;
http://www.20min.ch/gesundheit/news/story/Missbrauch-schaedigt-Gene-der-Enkel-27271999
Translation:
<Traumatic experiences change the genome of the
victim's children. Psychologist Terrie Moffitt found out:
The damage is even detectable in grandchildren.
As part of a conference for clinical psychology and
psychotherapy at the University of Zurich, the Klaus Grawe
Foundation today awards Terrie E. Moffitt the Klaus Grawe
Research Award 2009, which is endowed with 10,000 euros. The
British woman receives the award for her studies, which for
the first time indicate a clear interaction between genetic
dispositions and environmental influences in the development
of mental disorders. Moffitt is a professor at King’s
College London Psychiatric Institute and Duke University
(USA).
Désirée Pomper Terrie Moffitt is giving a public lecture
today at 6.30 p.m. in the auditorium of the main building of
the University of Zurich. More information on this at www.grawe.ch
If a woman is raped or a child is abused, this has a
measurable effect on the genes of the offspring of the
victim. This is shown by long-term studies by psychologist
Terrie Moffitt. Such traumatic experiences lead to the
fact that your own children and grandchildren inherit a
very weakly active form of a certain gene. The lower the
activity of this gene, the weaker the resistance to
negative experiences. A child whose grandparents have been
abused will find it difficult to process their parents'
divorce, war or other stressful situations for genetic
reasons. The result: the child or adolescent becomes
behavioral, aggressive or even violent.
But Moffitt states: "An unfavorable gene combination does
not necessarily lead to behavioral disorders, because you
can also influence the genes positively." This contradicts
the previous assumption that you are at the mercy of your
genes. "By giving children a lot of attention and love,
the negative effects can be reduced," says Moffitt. She
advocates investments in the early detection and
professional treatment of children and adolescents with
behavioral problems. So it is possible to prevent a large
part of the mental illnesses in adulthood from the outset
When a woman is raped or a child is abused, this has a
measurable effect on the genes of the offspring of the
victim. This is shown by long-term studies by psychologist
Terrie Moffitt. Such traumatic experiences lead to the
fact that your own children and grandchildren inherit a
very weakly active form of a certain gene. The lower the
activity of this gene, the weaker the resistance to
negative experiences. A child whose grandparents have been
abused will have more problems to manage mentally coming
strokes in life like their parents' divorce, war or other
stressful situations - for genetic reasons. The result:
the child or adolescent becomes behavioral, aggressive or
even violent.
But Moffitt states: "An unfavorable gene combination does
not necessarily lead to behavioral disorders, because you
can also influence the genes positively." This contradicts
the previous assumption that everybody has a bad luck with
it's genes. "By giving children a lot of attention
and love, the negative effects can be reduced," says
Moffitt. She calls for investments in the early detection
and professional treatment of children and adolescents
with striking behavioral problems. So it is possible to
prevent a large part of the mental illnesses in adulthood
from the outset.>
========
April 8, 2010: Anxiety can also be caused
by genetics
from: n-tv online: Pathological fear: panic can be caused
in the genes; April 8th 2010;
(original German: Krankhafte Angst: Panik kann in den
Genen liegen; 8.4.2010)
http://www.n-tv.de/wissen/gesundheit/Panik-kann-in-den-Genen-liegen-article812647.html
<Munich researchers have discovered a genetic cause of
the panic disorder. The Max Planck Institute for
Psychiatry in Munich reports that a change in the activity
of a specific gene apparently influences the communication
between the forebrain and the emotional center in the
brain and triggers the uncontrolled feeling of fear. Tis
was documented by studies of the institute which is headed
by Mr. Florian Holsboer. The researchers' results were
published in the journal "Molecular Psychiatry". With
their findings, the scientists hope to have discovered a
new starting point for pills [that have a side effect of]
causing anxiety.
According to the data, in the body of the affected
patients a risk version of the gen being called
transmembrane protein 132D could be found. People with
this genetic variaty have a higher concentration of the
gene product in the brain - as anxious animals have. In
the study, the woman boss of the Ambulance for Anxiety
Disoderder, Ms. Angelika Erhardt, was investigating the
genes of 908 patients with panic disorder. The patients
had all a higher activity of the transmembrane protein
132D.
Patients with panic disorder have extreme fears and are
therefore under a lot of stress. Possible consequences are
often inability to work and social isolation.
Psychotherapeutic treatment methods are not sufficient in
all cases. Many sufferers also need medication.
dpa>
========
8.4.2010: Japanese have a "sushi gene"
from: n-tv online: Intestine bacteria with a twist:
Japanese people have the "sushi gene"; April 8th 2010;
(original German: Darmbakterien mit Pfiff: Japaner haben
das "Sushi-Gen"; 8.4.2010)
http://www.n-tv.de/wissen/gesundheit/Japaner-haben-das-Sushi-Gen-article813656.html
Translation:
<Japanese have intestinal bacteria with a "sushi gene":
With this they can procede certain components of fish
rolls better. North Americans lack intestinal bacteria
with this genetic information. The Japanese intestine
microbes have probably acquired the ability of marine
bacteria to digest certain algae better, writes a team of
scientists led by biologist Mirjam Czjzek from the
biological station in Roscoff, France, in the British
journal "Nature". Sushi is traditionally prepared with
seaweed leaves.
Czjzek and her team compared the genes of the gut bacteria
of 13 Japanese and 18 North Americans. With the Japanese,
but not with the Americans, they came across genetic
information for a specific enzyme that helps digest algae.
The team had previously characterized this
carbohydrate-digesting enzyme in the marine bacterium
Zobellia galactanivorans, which mainly feeds on Porphyra
algae. The researchers conclude that the Japanese
intestinal bacteria have inherited this genetic makeup
from marine microorganisms in the course of evolution.
Porphyra algae have been an integral part of the menu in
Japan for centuries. Among other things, they are
processed into nori sheets, which then encase the sushi
snacks. Regular contact with marine microorganisms - such
as sushi - has probably paved the way for the ocean genes
to enter the digestive tract, the researchers say.
Intestinal bacteria help to discompose the food and thus
provide the body with the individual nutrients. They
promote the development and maintenance of the intestinal
mucosa and are also involved in the defense against
viruses, fungi and disease-causing bacteria.
dpa>
========
July 2, 2010:
Highland populations have an "athlete gene" for the
thin air at high altitude
from: n-tv online: Health:
Rapid evolution: Tibetans have "athlete gene"; 2.7.2010;
(original German: Gesundheit: Rasante Evolution: Tibeter
besitzen "Athleten-Gen"; 2.7.2010)
http://www.n-tv.de/wissen/gesundheit/Tibeter-besitzen-Athleten-Gen-article974531.html
Translation:
<With a genetic analysis, scientists are able to
find out how the Tibetans were able to adapt to the
difficult living conditions at an altitude of 4,000
meters. The genetic change succeeded in less than 3000
years.
In record time, the Tibetans have developed the ability
to adapt to difficult living conditions at an altitude
of over 4,000 meters. Researchers found that in less
than 3000 years, the physical requirements of the
Tibetans were adjusted accordingly, as the US science
journal "Science" reported. "It's the fastest genetic
change we've ever seen in humans," said Rasmus Nielsen
of Berkeley University, California, who led a study on
genetic differences between Tibetans and Han Chinese.
According to the investigation, the Tibetans and Han
Chinese split into two different population groups about
2,750 years ago. While the larger group moved to the
Tibetan highlands, where the population shrank, the Han
Chinese spread rapidly in the lowlands. However, the
Tibetans developed the unique ability to live in the
mountains at an altitude of over 4,000 meters, where the
oxygen content in the air is 40 percent lower than at
sea level. "A lot of people had to die for such a big
change because they had the wrong version of a gene,"
said Nielsen. Above all, a certain gene, the so-called
"super athlete gene" EPAS1, spread rapidly among the
Tibetans compared to the Han Chinese.
Survival with a single gene
According to Nielsen, the new findings could lead the
researchers to previously unknown genes that play a role
in the body's response to a lower oxygen level. This could
perhaps also explain some diseases, including
schizophrenia and epilepsy, which have been linked to
oxygen deficiency in the womb. "This is the first time
that we have been able to determine the important function
of a gene using evolution data alone," said Nielsen. The
study was funded by various Chinese, Danish and US
organizations.
When people from lower regions go up to an altitude of
over 4000 meters, the body reacts in a variety of ways:
People get tired more quickly, get a headache and babies
are born with a lower weight. Child mortality is also
increasing. Tibetans and other peoples in the highlands,
such as the South American Andes, do not have such
problems.
AFP>
========
Aug.31, 2010: The Jewish genetic characteristics
from: Basler Zeitung online: From Jewish and other genes;
August 31, 2010;
(original German: Von jüdischen und anderen Genen;
31.8.2010)
http://bazonline.ch/wissen/medizin-und-psychologie/Herr-Sarrazin-hat-da-etwas-falsch-verstanden-/story/22219338
There is a principle with the Jews of "Jewish upper
class": lies are permitted when it serves Judaism. This is
a principle of acting which seems to be genetic, but it's
political.
Translation:
<Of Jewish and other genes.
When Thilo Sarrazin was asked by journalists from the
newspaper "Sunday World" (German: "Welt am Sonntag")
whether there was a genetic identity of a people, he
replied: "All Jews share a certain gene ..." With this,
he received massive criticism in Germany.
In his statement, Sarrazin referred to two recently
published scientific studies in which geneticists examined
the genetic makeup of some Jewish groups compared to
non-Jewish ones ("American Journal of Human Genetics",
vol. 86, p. 850; "Nature", vol. 466, p. 238). The
researchers did not find a "Jewish gene", but rather
slight changes in numerous parts of the genome. These
so-called SNPs are individual building blocks in DNA that
differ from the known human genome. Such changes occur in
all people. However, the closer individuals are related,
the more similar their SNPs are.
The Israeli and US researchers took advantage of this to
reconstruct kinships dating back centuries and thus the
lineage of today's Jewish groups. The story is actually
reflected in the genome of the Jews examined.
For example, the researchers saw evidence of the splitting
up of the Ashkenazim by the Arab Jews, the so-called
Misrachim, around 2500 years ago. Or they found a
"bottleneck" in the Ashkenazim genome when the number
shrank to around 50,000 after the persecution of the Jews
in the 15th century. The five million Ashkenazi Jews who
lived at the beginning of the 19th century all descended
from these 50,000 people.
These changes in the genetics of the Jews say nothing
about external characteristics or intelligence, just
something about the relationships. This also reveals the Y
chromosome, which is always inherited from the fathers to
their sons. With the help of this, British researchers
recently found that European men probably came from a
farmer from Anatolia. However, he lived in the Neolithic.
Perhaps Thilo Sarrazin also carries the chromosome of this
early Turk.>
And here is another article on the subject yet that nations
do not have common genes, but all humans have the same
genes, but in different variations:
September 1, 2010: <Human geneticists on
Sarrazin's theses: "There is no Jewish gene">
from Star (German: Stern) online: Humangenetiker zu
Sarrazin-Thesen: "Es gibt kein Juden-Gen"; 1.9.2010;
http://www.stern.de/wissen/mensch/humangenetiker-zu-sarrazin-thesen-es-gibt-kein-juden-gen-1599193.html
There is a principle with
the Jews of "Jewish upper class": lies are permitted
when it serves Judaism. This is a principle of
acting which seems to be genetic, but it's
political.
<Thilo Sarrazin caused outrage with his theses on
heritable stupidity and the intelligence of ethnic
groups. A human geneticist explains how little there
is in the claims.
Mr. Reis, Mr. Thilo Sarrazin edited a new book
stating that intelligence would be "hereditary
to 50 to 80 percent". Intelligence is in the
genes?
To a certain extent, intelligence is inherited.
Depending on the genetic study, this is between 50
and 80 percent. However, there is no single
intelligence gene, but a large number of genetic
factors are involved. With the children, these
factors are recombined again and therefore
talented parents can also have talented children
and vice versa. So, the matter is not so simple.
Sarrazin also assumes that entire ethnic groups
are less intelligent because of their genes. Is
there a German or Turkish people's IQ?
This is a nonsense. You cannot say that people of
Turkish origin are generally stupid. There is a
scatter in all populations - there are intelligent
people and less intelligent ones. This is no
different for Germans than for Turks, Italians or
Greeks. However, the economic and social framework
play a role. If migrants come to us who had less
favorable conditions [of education in their origin
countries], their education is likely to be rather
low, where education and intelligence are related.
In what way?
What is certain is that the environment has a
decisive influence on whether a child can develop
its abilities or not, whether certain genes are
activated and how they work together. If we have no
funding, no favorable framework conditions that
enable the development of intelligence, then the
potential is also not available. We can basically
only see the genes as an option. A certain potential
is inherited, but this must also be activated. For
this, environmental conditions such as the economic
situation of the parents and their educational
standards are crucial.
[Supplement: with crazy fantasy religions the
education level is also low and less intelligence
comes out: extreme Catholic Christians, extreme
Jews, extreme Muslims. They only read one single
fantasy book and cientific books are even
forbidden].
Could an expert - only with a view to
a person's genome - even recognize whether it is a
German or a Turk?
Ethnic groups differ genetically from each other. For
example, it is possible to read from the genome whether
it is a person of African, Asian or European descent.
However, we can no longer clearly distinguish whether
someone comes from Turkey or Germany. In addition, the
genetic differences between two people in one population
group can be greater than between two people in
different population groups. So there is by no means a
Turkish or a Jewish gene.
That is exactly what Mr Sarrazin claims. In an
interview, he assumes that all Jews have a specific
gene. Or all Basques.
With this statement, in my opinion, Mr. Sarrazin has
disqualified himself. Since he is completely on the
wrong track. There are no genetic traits that
characterize a single population or religious group.
Everyone has about 25,000 genes and everyone really has
all of them. However, there are different variants of
these genes in each individual, which have arisen
through mutation. However, as I said, a German and a
Turk can be more alike than two Germans. So there is as
little a Turkish or Jewish gene as there is a Franconia
or Bavaria gene. Individual traits such as blue eyes or
red hair can be traced back to variants of these genes,
but this is not enough to say, for example, that someone
with red hair is Irish. Here, people are just as little
reducible to genes as with intelligence.
Why are there such absurd,
scientifically outdated theses as those that certain
ethnic groups are supposedly less intelligent than
others?
There are always trials to isntall values with
characteristics comparing the populations in
discussions, this is a common problem. Perhaps the fact
of surface differences provoces the thinknig that a
certain skin color or hair color would mean that the
intelligence should be different. But these are pure
prejudices. Sarrazin's book provoked the thinking that
invadors have to be more promoted when this is
necessary. And should not be discriminated.
Interview: Lea Wolz>
[I repeat it again: Extremist religions are blocking
intelligence
With crazy fantasy religions the education level is also low
and less intelligence comes out: extreme Catholic
Christians, extreme Jews, extreme Muslims. They only read
one single fantasy book and cientific books are even
forbidden. The other way round: the elimination of the
extreme religions would liberate people for developping more
intelligence and then more skilled workers will come out.
Test intelligence of pastors, bishops, cardinals, rabbis,
and imams - and you know how stupid they are].
========
Dec.8, 2010: The "MAOA-L" gene favors people
to make financially worthwhile decisions - the "Wall
Street gene"
from: 20 minutes online: Genetic research: Bankers with
"Wall Street Gen" are more successful;
(original German: Genforschung: Banker mit "Wall-Street-Gen"
sind erfolgreicher)
http://www.20min.ch/finance/news/story/20573954
<Carriers of a particular gene variant make better
financial decisions, British researchers claim.
A gene is said to help financial jugglers to success:
researchers in the “Proceedings B” of the British Royal
Society report that carriers of the gene variant
called MAOA-L are more likely to take financial
risks if it is worthwhile.
In previous studies, the scientists had already found a
connection between certain gene variants and the risk
behavior in financial transactions. Cary Frydman of the
California Institute of Technology in Pasadena and his
team now wanted to find out more about what mechanism
could be behind this connection.
Test setup
They let 90 young men playfully carry out various
financial transactions. Each participant received $ 25
starting capital, from which he could risk a fluctuating
portion in 140 simulated financial transactions.
For example, one of the offers was to use $ 4 to win $ 7
with a 50 percent chance. Alternatively, the participants
could also refuse the proposed risk business and retain
their current capital completely. The attempt was
therefore made to consider whether an offered deal is
worthwhile or too risky.
Risks that don't bring profits are rejected
Most of the test persons recognized worthwhile risks.
However, carriers of the gene variant called MAOA-L were
still slightly better than the other participants: They
chose 6.4 percent more often for the rewarding risk
business than carriers of the alternative MAOA-H variant.
On the other hand, people of both groups rejected
unsuccessful risks with an equally large majority.
This shows, so write the researchers, that the wearers of
the L variant are not simply more daring or impulsive, but
can actually make better decisions under risk conditions.
They only took the risk more often if it was worth it.
Brain messenger substances
The MAOA gene forms an enzyme that breaks down brain
messenger substances such as serotonin, dopamine or
norepinephrine. Carriers of the L variant are forming in
the body less enzyme as a carrier of the H variant.
Thereforem, the content of brain messengers is higher in
them. This could be an indication of the mechanism behind
their results, the researchers write.
For example, previous neuroscientific studies had shown
that higher levels of norepinephrine in the brain lead
people to make a choice that promises the highest
immediate reward. According to other experiments, a high
dopamine content also seems to make better decisions.
(sda)>
========
Feb.8, 2012:
Twins who grow up separately have suspiciously similar
CVs - example in Sweden
from: World (German: Die Welt) online: United after 30
years: the miraculous parallels of the separated twins;
8.2.2012;
(original German: Nach 30 Jahren vereint: Die
wundersamen Parallelen der getrennten Zwillinge; 8.2.2012)
http://www.welt.de/vermischtes/kurioses/article13857347/Die-wundersamen-Parallelen-der-getrennten-Zwillinge.html
--
Case 1: birth of twins in Indonesia in 1983 - adoption
to Swedish couples - taxi driver in Indonesia gives
information that there is a twin sister - they find each
other in Sweden, report 2012
-- Case 2: birth of twins in the "USA" - the boys grow
up in Ohio in different families developing exactly the
same habits (same cigar company, same beer company, same
name for the dog) - report in 1979 in Ohio
The article (translation):
<Author: Claudia Becker|08.02.2012
Emilie Falk and Lin
Backman (left) discovered many parallels in their lives
at their meetings
They were separated at birth, lived close together
without knowing it: seeing them again after 30 years
brought some surprises to Swedish twins.
Lin (29) was still a baby when her adoptive parents took
her from an orphanage in Indonesia in 1983. The couple
of family Backman wanted to bring the girl from Semarang
to Sweden. They will have been happy when they left the
orphanage on the other side of the world and got into
the taxi, but certainly also excited, unsettled, and
then the driver said something that confused them very
much: "What about the other, the sister?"
The Backmans knew nothing of a sister. But the taxi
driver thought he knew that little Lin was a twin. He
reportedly even knew the Indonesian names of the
children and gave them to the adoptive parents.
When the Backmans were in Sweden, they inquired about
their adopted daughter's supposed twin sister. In fact,
in Sweden, just 40 kilometers from their home, they
found the Falk family in Helsingborg, who had adopted a
little Emilie from that orphanage.
Wrong name on the papers
Should that be her daughter's twin sister? The families
met, they looked at the adoption documents. They were
amazed to find that both girls had a mother named
Maryati Rajiman. But there wasn't much in the papers.
In addition, the children did not look very similar, and
there were no DNA tests that could have provided
clarity. The Backmans and the Falks did not believe that
their children were closely related and let the contact
fall asleep. Nevertheless, they told their girls about
the meeting.
Lin and Emilie found that interesting. At some point,
however, they stopped asking questions. They had - as is
the case with adolescents - enough to do with their
lives. They got bigger, they graduated from school, they
went to college, they fell in love, they got married.
Wedding as a trigger for the search
For Emilie Falk, the wedding was not only the beginning
of a new phase of life, but also an occasion to deal
with her past, her origins. "I started thinking about
family and thinking about my adoption."
Emilie Falk searched in a network for adopted children
from Indonesia. She found Lin Backman. But she exchanged
the first words with her via the social network
Facebook. "I was born in Semarang on March 18, 1983,"
she wrote. "My biological mother's name is Maryati
Rajiman." It didn't take long for Lin to get an answer.
"Wow, that's my mother's name too!" Lin wrote
enthusiastically. "And this is my birthday!"
And then they just met, the two young women. And they
found that they had a lot in common. That both are
teachers is only one. Lin and Emilie also married on the
same day. There was a year between their wedding
celebrations - and both had wished the song “You and Me”
by Lifehouse for their celebration.
What is more important: genes or
education?
Twins, who were separated after birth and meet again
after many years, provide psychologists and biologists
with wonderful opportunities to investigate the extent
to which it is the genes that determine our personality.
[Ohio: Jim
Lewis and Jim Springer]
The evidence that twins give is astounding. There is an
example from Ohio from 1979 striking in the "USA", and
this is only one of many examples. Jim Lewis and Jim
Springer, two twin brothers who were adopted by
different couples a few weeks after their birth, hadn't
known about each other for 39 years until they met - and
found great things in common.
Not enough that both smoked the same brand of cigarette,
drank the same beer, and drove the same car. She had
both married twice, a Linda for the first time and a
Betty for the second. Her sons were Alan and James
Allan. Her dogs were called Toy. As a sideline, the
brothers worked as auxiliary sheriffs. And in their
gardens there was a tree on the lawn, framed by a white
bench.
The similarities may be strange, but they do not provide
any proof of a genetic predetermination of humans. Today
twin research assumes that the environment and genetic
influences influence a personality equally. There are
also numerous examples of very different twin
characters.
Lin and Emilie are also individual
personalities with different talents, especially since
they are dizygotic twins who are genetically as related
to each other as normal siblings.
DNA testing gave definitive certainty
The DNA test gave the final certainty of family
membership. When Lin got the result, she called her
sister on the cell phone. Emilie was in the car when she
found out that she and Lin were siblings with a 99.98
percent chance. "I had to laugh first," says Emilie Falk
and that her first thought was on her mother's stomach.
Nine months, she suddenly realized, she shared it with
her sister. Hard to imagine that their paths will ever
part again.
They do not shed tears over the years they have lived
without the other. "There's no reason to be sad about
anything," says Emilie. "I'm just happy that I found
her."
They want to travel to Indonesia together soon. There
they want to find their birth parents. They already know
the name of her mother. They know at least one thing
from the father, as can be seen from the adoption
documents: that he is a taxi driver by profession.>
========
March 11, 2012: Redheads are more sensitive
to cold and heat - but less sensitive to pressure pains
from: World (German: Welt) online: Fiery hair: Where
redheads have common unique pains; March 11, 2012;
(original German: Feurige Haarpracht: Was Rothaarige
schmerzhaft einzigartig macht; 11.3.2012)
http://www.welt.de/wissenschaft/article13912974/Was-Rothaarige-schmerzhaft-einzigartig-macht.html
-- genetic block MC1R determinating red hair
-- Scotland with 14% red haired, Ireland with 10% red haired
-- there are also red variations with animals: horses, dogs,
cats, even in chickens and blind cave tetras (a type of fish
- link)
Translation:
<Author: Pia Heinemann They are cheeky and have witch genes:
prejudices about redheads persist - their genetic
material may be the key to a pain-free life.
[The myths and prejudices]
Redheads are said to have a lot. They should be
stubborn, cheeky, impulsive and uncomfortable. They
have thousands of freckles, pale skin and witch genes,
and - even more curious - they become vampires when
they die.
In addition, they feel no pain and can consume chili
in rough quantities. Such slander is not surprising,
since the unusual is often (and often unjustifiably)
said to be unusual. Redheads are so rare in the world
population that a mass of myths about them persist.
Scotland has the highest density of redheads
In the United States and England, for example, just
four percent of people naturally have red hair. In
Germany it is just two percent, and even fewer people
with red hair are born in Asia, Africa and South
America. Scotland is the country with the highest
density of redheads - fourteen out of 100
people have red hair here.
In Ireland, the “island of the redheads”, it is a
little less at ten percent. So redheads
are actually very rare. But they are not only visually
exceptional, they also have a special feature in their
genome, which differentiates them in their physiology
from people with a different hair color.
[The genetics of redheads: dyes eumelanin or
phaeomelanin - genetically determined dye
concentration]
A look at the genome reveals that a certain gene on
chromosome 16 is responsible for the hair color.
Depending on which variant of this gene a person
carries, he has different pigments in his hair. In
dark-haired people, large amounts of the dye
eumelanin are produced by the hair
follicles and stored in the horn structure. If phaeomelanin
predominates, the hair becomes red or red-blonde.
White-blonde people, on the other hand, have little of
either type of melanin. Your hair is therefore almost
dye-free.
The reason for the different pigment deposits in the
hair lies in our genes, more precisely in a specific
gene: everyone has the genetic building block
MC1R, which provides the building
instructions for the melanocortin-1 receptor. More
than 50,000 years ago, a mutation, a small change,
occurred independently in this MC1R
gene many times.
Five gene variants lead to red hair
Mark Stoneking and his team from the Max Planck
Institute for Evolutionary Anthropology in Leipzig
(MPI-Eva) and many other international scientists were
able to show this for Homo sapiens. More than
70 different variants of this gene have
been discovered so far, of which five are known to
lead to red hair color.
And at least one other gene, the HCL2 on chromosome 4,
seems to play a role in red hair color - but experts
hardly know anything about it yet.
[Neanderthals also had red hair]
Five years ago, Stoneking's colleague Mr. Michael
Hofreiter, who was also doing research at the MPI-Eva
at the time and now works at the University of York,
found that there were even redheads among our cousins,
the Neanderthals. He had isolated ancient DNA from the
fossil remains of Neanderthals from different regions
in Europe. Searching and controling old cell remains,
the researchers found also the red variant of the MC1R
gene.
[Shades of red also occur in animals]
And biologists also know various shades of red in other
living bodies: In horses, dogs, cats, even in chickens and
blind cave tetras (a type of fish - link),
corresponding genetic changes lead to red fur, feather or
scale color.
[Thesis that the redheads would soon die out -
father and mother must have the red gene]
But unlike other gene changes, the red gene is still rare,
and some researchers are even assuming the thesis that the
redheads will be extinct in the world by 2060.
Genetics again forms the basis of such considerations: So
far, scientists have discovered five variants of
the MC1-R gene that favor red hair. If a
parent inherits one of these variants, the offspring may
get red hair. But if both parents inherit such a variant,
the probability of a redhead is very high.
This is because the gene is recessively inherited, so it
can hardly develop if it is only inherited as a simple
copy. Two copies, one from the mother and one from the
father, must be available for the child to become
red-haired. The premature conclusion is that what happens
so rarely and is then also inherited recessively
disappears at some point - and sooner rather than later.
But anthropologists think it off: Even if a gene is rare
and inherited recessively, it does not mean that it will
die out. It is passed on from generation to generation in
the same way, but does not reveal its existence to great
grandfather, grandma, mother and child - it only shows up
once from time to time.
And since the red-haired genes are rare, the “right”
parents, who both inherit the red gene, rarely meet.
Redheads have a different feeling of pain
Anyone who carries the "red" variant of the MC1R
gene in their genome is not only likely to have red hair,
but is also a little different: Jeffrey Mogil from McGill
University in Montreal was able to show that mice and
red-haired people perceive pain differently
than dark-haired conspecifics with these genes. If their
MC1R gene is changed so that as a result hardly any
eumelanin is formed, they are more sensitive to
pain.
[Red-haired women are more sensitive to cold and heat,
are more sensitive to pain reliever morphine, but are
less sensitive to anesthetics]
Mogil and other scientists immediately looked for similar
relationships in humans. They were able to show that
red-haired women are more sensitive to cold and heat
stimuli. At the same time, they are more sensitive to a
certain pain reliever medicament, a morphine. However,
they are less sensitive to anesthetics. This finding
sounds a paradox which is not fully cleared to this day.
[Chili experiment on the skin - mechanical pain on the
skin]
A team led by Lars Arendt-Nielsen from the International
Association for the Study of Pain, who also conducts
research at Aalborg University in Denmark, wanted to find
out more about the sensitivity or insensitivity of
redheads to pain. So they examined 20 healthy pale-skinned
women with red hair and 20 women with blonde or brown
hair. They applied capsaicin cream to their skin for half
an hour. This chilli heat stimulated the skin, so to speak
- which enabled the researchers to determine the
individual pain threshold.
With the cream treatment, redheads, blondes and
brown-haired people reacted completely identically, there
was no difference. In the second part of the experiment,
the researchers then used a mechanical stimulus to test
whether the redheads were more sensitive or less
sensitive. The result: The redheads were clearly
less sensitive than the other women.
Less sensitive to pinpricks - [differences in the
processing of heat, cold and pressure pain]
Arendt-Nielsen and his team conclude that redheads are
less sensitive to certain pain stimuli. They react less to
pinpricks or pressure. This revealed another particle in
the mosaic of pain: Apparently heat and cold pain are
processed differently than pressure pain. The
redheads accept pressure, picks and cockroaches with ease,
they are very sensitive to temperature stimuli.
Researchers agree that the redhead's pain is complex. For
better treatment of red-haired pain patients or under
anesthesia, research still needs to be done. Maybe it will
also explain why and how a gene for the production of dyes
influences pain.
[Pale skin of the redhead due to lack of eumelanin -
high susceptibility to cancer - high sensitivity to
vitamin D3 production]
But the jealousy that redheads can stay physic pressure
more easily than blonds or blackhaired is equaled fast
with another characteristic: their light, pale skin. Like
the hair color, this is also caused by a lack of
eumelanin.
However, if fewer pigments are stored in the skin, the UV
rays of the sun can penetrate more easily to the nuclei
and thus to the DNA of the skin cells. Here they can
damage the genome so that the cells degenerate and cancer
develops. The skin cancer risk of a pale red-haired person
is up to a few hundred times higher than that of a person
with dark skin tone.
Anthropologists explain that so many pale-skinned,
red-haired or blond-haired people still live in Europe,
because the paleness offers a decisive advantage in these
sun-poor areas. Because the sun's rays can not only
trigger harmful cancer in the skin, but also boost the
production of vitamin D3.
A lack of this substance can cause rickets in children. If
adults lack the vitamin, they become tired, nervous and
can no longer concentrate properly. In countries where the
sun burns from the sky all year round, vitamin D
deficiency is rare. Here the protective function of
melanin in the skin is more important for survival - which
is why the skin is dark because of the melanin.
Forensic scientists can identify a perpetrator's hair
color - [redheads are immediately discovered by
criminals]
Life is also more difficult for redheads in a completely
different area - at least if they are criminals.
Criminalists have now also taken advantage of the fact
that they can be identified so clearly on the basis of
their MC1R gene: A DNA test with tissue samples from
a crime scene shows is clearly.
This is how they can determine the melanin type of the
perpetrator. Forensic scientist Manfred Kayser from the
Erasmus Universiteit of Rotterdam developed the most
accurate hair color test so far last year: with the help
of 80 percent certainty, the scientists can use it to tell
whether a perpetrator is brown-haired or blonde.
For black-haired people, safety rises to over 90 percent -
only red-haired offenders are detected by 100% and cannot
escape. Because of the characteristic gene profile, they
are clearly exposed as red-haired.>
========
April 29, 2012: <Abused children:
Violence damages genetic material> - shortened nerve
ends "telomeres" and illnesses in adult life
(original German: Misshandelte Kinder: Gewalt schädigt
Erbgut; 29.4.2012)
http://www.n-tv.de/wissen/Gewalt-schaedigt-Erbgut-article6132221.html
Summary
-- violence and child abuse are damaging the family's
genetics: the ends of the nerves "telomeres" are shortened
-- according to a Forsa survey in January 2012, around 40
percent of mothers and fathers admit that they punish their
children with a pat on the bottom. 10 percent slap children
across the face
-- slapped and abused children make the impression to be
older
-- as adults the abused children develop more chronic
illnesses when they don't know about natural medicine
healings with sodicum bicarbonate (link),
about natural healings of cancer (link),
about healthy nutrition (link)
and blood group nutrition (link).
The article:
<People who have been abused as
children have a higher risk of suffering from chronic
diseases and tumors than adults. Because the genetic
material is massively damaged by the violence, as
researchers report.
The genetic makeup of abused children shows damage that
can have an impact years later. The consequences are most
serious for children who suffered multiple forms of
violence, researchers report in the journal "Molecular
Psychiatry". The so-called telomeres are damaged most in
their genome. These ends of the chromosomes protect DNA
like the plastic sheaths on laces. Shortened telomeres are
associated with increased risks, for example for chronic
diseases and cancer.
[Bring up your body to normal protecting it
with a healthy pH in the body, see here the base for
healthy life:
-- healings of chronic diseases and cancer see the
healings with sodium bicarbonate - link
-- natural cancer healing methods see the note about
natural cancer healings - link
-- natural prevention of all kind of illnesses by good
nutrition evading trash food - link
-- natural prevention of all kind of illnesses by blood
group nutrition of Dr. D'Adamo see here - link]
[Children with violent childhood are tested: shortened
telomeres - hit children are "biologically older"]
The team led by Idan Shalev from Duke University in
Durham, North Carolina, examined the genetic makeup of
children aged five and ten. The samples were from 236
British children born in 1994/95. 42 percent of them were
at least temporarily victims of violence: from extensive
surveys of the mothers, the researchers knew whether and
when the children were exposed to domestic violence,
continued harassment or physical abuse by an adult.
In children who had experienced at least two forms of
violence, the telomeres shortened significantly
more from the fifth to the tenth year than in children who
had not experienced any suffering. The slapped and abused
children were biologically older than their
birthday, the researchers report. Gender, social
environment, weight and health status played no role in
this. Childhood abuse and violence could lay the
foundation for later health problems, the researchers
write
[Ms. Terrie Moffitt: Good childhood is worth millions
of dollars for evading expensive difficulties in adult
life]
"An ounce of prevention is worth as much as a pound of
healing," Terrie Moffitt of Duke University said in a
statement from his college. "Some of the billion dollars
spent on diseases related to the elderly, such as diabetes,
heart disease and dementia, should be better
invested in protecting children from suffering." With an
analysis of the telomeres of children who are now adults,
the scientists now want to investigate the longer-term
effects of violence in childhood on the aging of the
genome.
The telomeres are a kind of protective cap on the ends of
the 46 chromosomes of humans, the carriers of the genome.
They become shorter with each cell division. If the length
falls below a critical length, the cell can no longer
divide. The shortening of telomeres is considered a causal
factor of aging: the regeneration of damaged tissue is
inhibited and the life span is shortened. Shortened
telomeres are also a risk factor for the development of
tumors and chronic diseases such as cirrhosis of
the liver, chronic hepatitis and inflammatory
intestine diseases.
[All these diseases can be evaded with sodium
bicarbonate, with blood group nutrition, and liver is
healed with a lemon cure].
[Shortened telomeres: by chronic stress+insufficient
care in homes]
Some time ago, researchers discovered that people with a
certain gene variant have shorter telomeres and look
biologically older. It is about three to four years, the
team led by Tim Spector from King’s College London
reported in the journal "Nature Genetics". It is also
known that chronic stress shortens telomeres,
but sports maintain them. An analysis
presented last year had indicated that insufficient
care in homes could shorten telomeres in
children. This was shown by the data of 136 Romanian
orphans, a team led by Stacy Drury from Tulane University
in New Orleans reported in "Molecular Psychiatry".
Elizabeth Blackburn, Carol Greider and Jack Szostak had
been awarded the Nobel Prize in Medicine in October 2009
for the discovery of telomeres and their tasks.
Source: n-tv.de, dpa>
[Bring up your body to normal protecting it
with a healthy pH in the body, see here the base for
healthy life:
-- healings of chronic diseases and cancer see the
healings with sodium bicarbonate - link
-- natural cancer healing methods see the note about
natural cancer healings - link
-- natural prevention of all kind of illnesses by good
nutrition evading trash food - link
-- natural prevention of all kind of illnesses by blood
group nutrition of Dr. D'Adamo see here - link]
========
2.12.2012: <Bad experiences in
childhood: trauma can change genetic makeup>
(original German: Schlimme Erlebnisse in der Kindheit:
Trauma kann Erbgut verändern; 2.12.2012;
http://www.n-tv.de/wissen/Trauma-kann-Erbgut-veraendern-article9665121.html
<Anyone who experiences violence as a child is more
likely to suffer from psychological problems as an
adult. A study now shows that traumatic experiences also
leave traces in the genome - but not for everyone.
Traumatic experiences in childhood leave traces in the
genome - but only if they are genetically predisposed.
International scientists were able to prove this in a
study. They present their results in the journal "Nature
Neuroscience".
The team led by Elisabeth Binder from the Max Planck
Institute for Psychiatry in Munich examined the genetic
material of almost 2,000 African-Americans who were
severely traumatized as children or adults. Those affected
lived in regions with a high crime rate in the United
States.
They suffered sexual or physical abuse, for example, or
experienced violence early, such as the murder of a family
member. A third (33%) of the victims of trauma fell ill
and suffered from post-traumatic stress disorder
in adulthood.
A gene is responsible
The researchers found that these victims and affected were
different with a special variation of the FKBP5 gene which
the not affected trauma victims did not have. It was
already known that the FKBP5 gene had a changed activity
through the traumatic experiences.
But now it was the first time a specifici sequence was
found which is responsible if a trauma provokes lasting
traces on the gene. Because only when this special genetic
variation is present, there can be changes in the DNA
which mediate the stress. By this, the activity of the
gene is higher and the stress hormone system is regulated
in a wrong way. This was proven by the researchers at Max
Planck Institute with experiments with nerve cells.
Hope for treatment possibilities - [they want to invent
new pills]
It has not yet been possible to investigate whether this
weakening of the stress system is also passed on to the
children of the trauma victims. The change is permanent
for those affected. The researchers believe that the
findings have a key to helping patients. "The hope is that
such processes can be reversed with drugs in the future,"
said Binder.
[No change of genetics when trauma only comes in adult
life]
The changes in DNA are mainly caused by trauma during the
childhood trauma, the scientists explained. When the
guinea pigs were adults having been traumatized in their
adult life, the molecular change could not be proven.
Sources: n-tv.de ,
dpa>
========
Dec.13, 2017: Rumors say that the second
brother has always a tendency to be gay Immune response of the mother is responsible: younger
brothers are homos from time to time (original German: Immunantwort der Mutter
verantwortlich: Jüngere Brüder sind öfter homosexuell)
http://www.shortnews.de/id/1233838/immunantwort-der-mutter-verantwortlich-juengere-brueder-sind-oefter-homosexuell
<According to studies, it is more probalbe that when
there are brothers, the younger one will be a homo, and
this chance is of 33 percent.
For long time it was an enigma for researchers why this is
like this: Now there is an answer. The sexologists Ray
Blanchard and Anthony F. Bogaert definitely finish with
the prejudice that a "re-education" by the mothers would
be the cause.
But more effect has a pure biological fact, and this fact
is always in the immune response of the pregnant
mother.>
========
March 18, 2018: Stay in space changes gene
ectivity by 7% - research with two astronout twin
brothers: A tiwn returned from space with modified genetic
material (original German: Zwilling kehrte mit verändertem
Erbgut aus dem All zurück)
https://www.welt.de/wissenschaft/article174673123/Genetik-Zwilling-kehrte-mit-veraendertem-Erbgut-aus-dem-All-zurueck.html
Translation:
<Scott Kelly has been in space for almost a year,
but his twin brother Mark has not. Seven percent of
Scott's genes still reacted differently around six
months after returning to Earth. This is perfect
for researchers.
His approximately one-year stay in space left traces in
the genome of US astronaut Scott Kelly (54): Seven percent
of his genes also reacted differently to the environment
around six months after returning to Earth than before he
began his stay in space. This was announced by the US
space agency Nasa. The change in gene activity is
comparable to that which occurs under stress, for
example when climbing or diving. The structure
of the genes themselves remained unchanged.
"That could be good news," Kelly quipped on Twitter news
agency after a US magazine reported on the changes. "I no
longer have to call Mark Kelly my identical twin brother."
But that was not correct, corrected NASA. “Mark and Scott
Kelly are still identical twins. Scott's DNA hasn't
changed fundamentally. ”
Between March 2015 and February 2016, Kelly spent almost a
year on the International Space Station. He then retired,
but continues to work on research on his annual mission.
His twin brother is also part of the research: Mark was
also an astronaut, but stayed on the ground during his
brother's flight. For scientists, the two are a dream
team, since they can start a twin study. The goal: to gain
insights into how long space travel affects people. Of
particular interest are the stresses to which the body is
exposed - higher doses of cosmic radiation, muscle and
bone loss, weakened immune system, problems with the eyes
and consequences for the genome.
[The question of damaging
bones by long space flights]
Mr. Volker Damann saw a renaissance of twin research
shortly after his return. "We hope for cognition of how
certain changes that we see in space after a quarter or a
half year develop, such as bone loss," said the space
doctor at the European Space Agency. Is it that I continue
to lose one or two percent calcium carbonate in my bones
per month even after a year, or is there a limit? Of
course, this is extremely important to know if we want to
send people to Mars. ”
[Telomeres (end of chromosomes) are longer after long
space flights - but telomeres become normal fast after
return]
One finding came to light a year ago: the researchers had
observed that the so-called telomeres, which are located
at the end of chromosomes, had become longer with Scott
Kelly during their stay in space. "It's exactly the
opposite of what we expected," said radiation biologist
Susan Bailey of Colorado State University.
Researchers have long associated the length of telomeres
with a person's life expectancy. In the course of a
lifetime, the telomeres become shorter and shorter. They
are, as it were, an indicator of the aging process and can
also be roughly used to determine the age of a person. So
telomeres are used up and at some point cell division is
no longer possible.
When Scott Kelly returned from space, he had longer
telomeres than his brother Mark, who was the same age. But
this difference, and this is the second surprise, did not
last long.
The length of Scott's telomeres quickly returned to the
"normal" length of his brother after returning to Earth.
The researchers have no explanation for the extension of
the telomeres in space nor for the shrinkage after return.
[Higher body temperatures in space - always like fever]
The astronauts notice another phenomenon already with life
in space: in weightlessness the human body temperature
gradually rises to 38 degrees Celsius. During physical
activity, the 40-degree mark is even exceeded. This was
reported by scientists from the Charité University
Hospital in Berlin.
The data published in the scientific report "Scientific
Reports" show that even when at rest, astronauts always
have a body temperature above the normal level of 37
degrees Celsius. And during physical exertion, the body
even runs really hot.
The research team led by Professor Hanns-Christian Gunga,
Managing Director of the Charité Institute for Physiology,
used forehead sensors to examine the so-called core
temperature in the brain and internal organs of astronauts
on the ISS. It found that the temperature did not rise
suddenly, but that the body became warmer in
weightlessness for about two and a half months until it
finally leveled off at around 38 degrees.
This is the "normal temperature" for long-term space
travelers.
Gunga has a simple explanation for weightlessness fever:
“The body can hardly get rid of the excess heat in
weightlessness. The heat exchange between the body and the
environment is significantly more difficult in this
environment. "
[Hurting legs and feet after return on Earth]
After returning from space, Scott Kelly also had terrible
problems: three months later he was still complaining
about pain. "My legs still hurt, my feet hurt," said Kelly
at the time. “Getting used to life on earth is definitely
a challenge. It's easier to get used to life in space than
life on earth. ”
dpa/cl/NL>
========
Aug.4, 2018: Blood of Europeans and Africans is not the
same Africans need blood donation - but: incompatible with a
trait that "all whites have" (original German: Afrikaner braucht Blutspende – Aber:
Unverträglich gegen ein Merkmal, das „alle Weißen
aufweisen“)
https://www.journalistenwatch.com/2018/08/04/afrikaner-blutspende-aber/
Translation:
<Aren't we all equal as we always want to believe? A
press release (link)
from the German Red Cross draws attention: it "is
looking for blood donors of black African origin".
Medical reason: "At present, a patient of African
descent in a North Rhine-Westphalian university hospital
has to be supplied with blood transfusions that can only
come from Africans."
The "GRC German Red Cross Blood Donation Service West in
the town of Hagen" formulates somewhat confused: "The
patient has an intolerance to certain blood group
characteristics that only rarely or rarely occur in
Africans." However, in the next sentence it becomes more
understandable: "This patient cannot receive blood
donations from the native German population because they
would harm him. "
How can it be that blood from whites will harm a black
African? The patient had sickle cell anemia in connection
with severe kidney disease, GRC declared. It shows "a
blood group antibody", "which is directed against a blood
group characteristic, which practically all whites have".
Therefore, "we have to target the search for suitable
donors with people of black African origin".
The GRC (German: DRK) is therefore calling on black
Africans with blood types B and 0, which have the
characteristic "U-negative", to report to themselves.
However, the German Red Cross assumes that "the least
willing donors know their antigen status". Therefore, an
extensive blood group examination must first be carried
out. "According to the current state of knowledge, the
blood group characteristic 'U-negative' is most common in
the black African population of West Africa (up to 1%)."
At the same time, the German Red Cross also carries out a
malaria test: "The results of this examination then decide
whether the donor is willing to donate blood to this
patient of African descent."
Perhaps there is someone among the "Jouwatch" readers who
can help. Then please report to a blood donation
appointment of the German Red Cross in North
Rhine-Westphalia. (WS)>
Aug.7, 2020: Face forms genetically:
Black=monkey - white=pharaons
Face forms
genetically: Black=monkey - white=pharaons [18]
========
Zurich, May 25, 2021: Certain humans
have stiffer and stronger tendons and can jump better: Certain genetic variations make jump humans
better (orig. German: Eine bestimmte Genvariante lässt
Menschen besser springen)
https://www.swissinfo.ch/ger/alle-news-in-kuerze/eine-bestimmte-genvariante-laesst-menschen-besser-springen/46646798
Translation:
<(Keystone-SDA)
Eine bestimmte Genvariante macht Sehnen steifer
und stärker, wie Forschende der ETH und
Universität Zürich herausgefunden haben.
Demnach erzielten afroamerikanische
Studienteilnehmer mit dieser Genvariante eine
besonders gute Sprungleistung.
Sehnen übertragen die Kraft von den Muskeln auf die
Knochen. Je steifer sie sind, desto besser gelingt
dies. Insbesondere für Sprinter und Athleten in
Sprung-betonten Sportarten verspricht dies eine höhere
Leistungsfähigkeit. Sind die aus Kollagenfasern
bestehenden Sehnen hingegen besonders elastisch,
halten sie etwa Druck und Stössen besser stand.
Zürcher Forschende entschlüsselten nun den zellulären
Mechanismus, der Sehnen stärker und steifer macht,
wie die Hochschulen mitteilten. Im Zentrum steht dabei
ein sogenanntes Ionenkanal-Protein.
Wenn sich nämlich Kollagenfasern gegeneinander
verschieben, lässt das Protein Kalziumionen ins Innere
der Sehnenzellen strömen. Dadurch werden bestimmte
Enzyme produziert, die die Fasern miteinander
verbinden - die Sehnen werden so weniger
elastisch, aber steifer und stärker. Davon
berichtet das Team im Fachmagazin "Nature Biomedical
Engineering".
Genvariante macht bessere Springer
Es gibt verschiedene Genvarianten, die bei Menschen
für dieses Ionenkanal-Protein codieren. Beispielsweise
die Variante namens E756del, die ein Drittel der
Personen mit afrikanischer Abstammung trägt, und auch
vor schweren Malaria-Verläufen schützt. In
Experimenten mit Mäusen zeigte sich, dass diese
Genvariante mit steiferen Sehnen einhergeht.
Die Forschenden um Jess Snedeker, Professor für
orthopädische Biomechanik an der ETH und der
Universität Zürich, starteten daraufhin Sprungtests
mit 65 afroamerikanischen Studienteilnehmenden, von
denen 22 Träger dieser spezifischen Genvariante waren.
Demnach sprangen die Probanden mit der Variante
E756del im Durchschnitt insgesamt höher: Sie schnitten
13 Prozent besser ab als die anderen Teilnehmenden.
Es sei faszinierend, dass eine Genvariante, die sich
aufgrund einer Anti-Malaria-Wirkung herausgebildet
habe, gleichzeitig mit besseren sportlichen
Fähigkeiten verbunden sei, liess sich der Erstautor
Fabian Passini in der Mitteilung zitieren. Es wäre
interessant wissenschaftlich zu ergründen, ob diese
Genvariante unter Spitzenathleten gehäuft vorkomme.
Und sich damit erklären liesse, wieso Athleten mit
Abstammung aus Ländern, wo E756del sehr häufig ist,
etwa im Sprint, Weitsprung oder beim Basketball häufig
brillierten.
https://doi.org/10.1038/s41551-021-00716-x>
July 29, 2022: Races in Europe: white race
in percent - map
aus: VK: Wim Smit:
https://vk.com/mpnatronetc#/mpnatronetc?z=photo403847087_457247553%2Fwall472868156_20193
July 29, 2022: Races in Europe: The white race in percent
- map [19]
Rassenmedizin
[12] Pélé (Schwarzer) und Bobby Moore (Europäer):
http://mailhost.eppingforestdc.gov.uk/community/history/BobbyMoore.asp
[3] Suu Kyi (Asiatin):
http://www.rp-online.de/public/bildershowinline/aktuelles/politik/4358
[1] Pygmäen in Zentralafrika:
http://fahrtenbuch.peter-engelhardt.com/reise/afrika/Zentralafrika/lobaye.htm
[2] finnisch-blond:
http://theresalduncan.typepad.com/witostaircase/2007/02/index.html
[17] Asiatin:
http://www.zimbio.com/Bollywood+Actresses/articles/1707/Beautiful+Asian+Girls+Tips+dating+Asian+girl
[4] Aborigines, verschiedene Szenen:
http://www.world-tour-orion7.com/
Heldentum in Genen
[13] Franz Beckenbauer mit Pokal 1974:
http://www.neoseeker.com/forums/36341/t1187837-pes-legends-cup-stats-figures/3.htm
[12] Fussballhelden Pélé und Bobby Moore:
http://mailhost.eppingforestdc.gov.uk/community/history/BobbyMoore.asp
[15] politischer Held Gorbatschow (1985) mit Perestroika (ab
1986):
http://www.chronik-der-mauer.de/index.php/de/Start/Detail/id/659558/item/1/page/0
[14] politischer Held Georg Elser (Hitler-Attentäter 1939):
http://de.wikipedia.org/wiki/Georg_Elser
Variationen der Gene
[16] André Reis, Portrait:
http://www.stern.de/wissen/mensch/humangenetiker-zu-sarrazin-thesen-es-gibt-kein-juden-gen-1599193.html
