The reason a baby's blood type isn't always the same as his mother is that blood type is based
on genes from each parent.
Not exact matches
we live, some of us acquire cancer through DNA replication
from our
parents (BRCA I believe the
gene is in breast cancer) and some of us have our DNA get a bit askew, some of us incur it through environmental causes (thru smoking or
on the job causes) it would be nice to sit at the right hand of a superflyguy and chat about things ad foreverum..
Children receive
genes from both
parents, and the mythical
gene for hyperovulation might be passed
on by either the mother or the father.
A girl who inherits one defective copy of such a
gene from her
parents has a backup
on her other X chromosome.
A
gene drive (right) copies and pastes itself into chromosomes
from both
parents, ensuring it gets passed
on more often.
This is the science of epigenetics, in which chemical changes to genetic material turn
genes on or off without changing the order of the DNA code inherited
from your
parents.
«This is first
gene to have completely different functions depending
on which
parent it came
from»
They found that foster
parents have a greater influence
on the personalities of fostered offspring than the
genes inherited
from birth
parents.
Genomic imprinting is when a
gene is turned
on based
on which
parent it came
from.
«The
gene that is passed
on from both
parents, which causes some men to have more sons and some to have more daughters, may explain why we see the number of men and women roughly balanced in a population.
It is an autosomal recessive (AR) disorder, in which the defective
gene must be passed
on from both
parents in order to cause disease.
Which
parent a chromosome comes
from is important because the activity of some
genes varies depending
on whether the
genes are
on a chromosome inherited
from the mother or
from the father.
As we take our first bites, our
parents supply us simultaneously with both nature (
genes) and nurture (environment in its broadest sense, including everything
from cuisine to family dynamics to religion to cutlery and table manners to the ethics of meat to views
on whether it's acceptable to eat food off the floor if it was there for only five seconds).
Variations in this marker allowed them to determine which two of the
parents» four
genes were passed
on to children suffering
from ADHD, a technique known as haplotype - based haplotype relative risk analysis.
This is why two brothers in the same family can look and act totally different
from one another even though they come
from the same
parents — it all depends
on which
genes (chromosomes) were randomly chosen when producing the sex cells of the mother and father.
The fact that we're based in large part
on the
genes we inherit
from our
parents is certainly a point for nature, but the fact that our day - to - day life can influence epigenetic changes certainly puts one up
on the board for nurture.
Although millions of people carry the CF
gene, only people who inherit a copy
from each of their
parents will actually go
on to develop cystic fibrosis.
The reason for all the types of mutations is variations in the specific
genes passed
on from each
parent.
The most common forms of MTHFR mutation involve various combinations of these
genes being passed
on from each
parent:
Research estimates that as much as half of the population may have an MTHFR
gene mutation, though there are many variations of the mutation, depending
on how the
gene was passed down
from the
parents.
To look at the issue, Paul Elliott, FRCP, of Imperial College London, used a technique called Mendelian randomization, which is based
on the arbitrary assignment of
genes from parent to child — a bit like assigning someone either a placebo or a real drug.
It is passed
on from parent to child just like all
genes are.
And it appears increasingly likely that this «second genome,» as it is sometimes called, exerts an influence
on our health as great and possibly even greater than the
genes we inherit
from our
parents.
To a certain extent, a person's basal metabolic rate is inherited — passed
on through the
genes the person gets
from his or her
parents.
The plant
genes responsible for contributing these peptides in wheat gluten are located
on the third set of chromosomes that the hexaploid variants inherited
from their wild
parent.
Additionally, Gray offspring
from Blue
parents are considered to be purebred Gray and will never pass
on the blue coat color
genes.
If the puppy has a recessive d allele passed
on from both
parents, they will have the «dilute
gene» activated.
On the other hand, these new behaviors may be PERMANENT if your pup's
parents had a poor temperament and passed those
genes along to your puppy... or if your pup was removed
from his mother before 7 weeks old....
We place the
genes available
from one
parent on the top and
from the other
parent on the left side of the square, and then fill in the square using all possible combinations.
In these breeds, if a dog has inherited the
gene responsible for PRA
from only one
parent, it will not develop the disease but will be a carrier of the trait — meaning that if bred, it can pass that
gene on to its offspring.
It depends
on the
genes that it inherits
from its Labrador Retriever and Miniature Poodle
parents.
There is a strong genetic influence here, and it depends
on the particular set of
genes that the dog will inherit
from its
parents.
Even though we all have two copies of every
gene, one
from Mom and one
from Dad, there is a small subset of
genes (less than 2 %) that is only ever expressed
from one copy: and the choice of that copy is dependent
on the
parent from which it was inherited.
On the other hand, if a dog were to inherit only one PCD
gene and a normal one
from the other
parent, then it is possible that half of the cilia function normally and the other half doesnʼt.
Genes have pairs of alleles (one
from each
parent) that are located at specific sites (loci)
on a chromosome.
You could end up with anything
from 20 to 50 pounds (9 - 22 kg) depending
on which of its
parents»
genes are dominant.
Perhaps the most compelling evidence to this effect comes
from Dutch research indicating that the anticipated effects of daily hassles
on sensitive
parenting was most pronounced in
parents with a combination of
genes leading to the least efficient dopaminergic system functioning (COMT val / val or val / met, DRD4 - 7Repeat).
Related to this question, recent research suggests that particular polymorphisms, often those linked to risk for pathology, make the individual more susceptible to be influenced by
parenting and other experiences.24 - 26 For example, children carrying the 7 - repeat variation of the DRD4 appear to benefit more
from interventions directed to prevent behaviour problems than those carrying other variations of the
gene.24 Nonetheless, further research is needed
on how and to what extent EC skills may be influenced by the interplay between constitution and experience.