Can Males With Klinefelter Syndrome Have Babies
Klinefelter syndrome is a condition that affects the male reproductive system. Most men with this abnormality can still have sex and father children, but they often need assistance from testosterone treatments in order for these pregnancies to occur normally; without it testicular problems will prevent any form of normal fertilization or childbirth (Khoury & Goedert 2016).
Difference Between A Gene And An Allele
GENES ARE LIKE TOOLS THAT CAN BE CHANGED ANY donate OF THE TIME
In order for a gene to work properly, it needs two copies. Sometimes these come from both parents but often only one set will be present in each of us because something happened during development where either all or none were destroyed so now we have an imbalance between good (functional) versus bad(unhelpful).
Difference Between Autosomes And Sex Chromosomes
The distinction between autosomes and sex chromosomes is primarily based on how they are used. Autosomal genes determine an individual’s somatic traits, while the other type of chromosome plays a key role in determining whether you will be male or female–XY for males and XX for females (this includes all ratios).
Difference Between Chromatin And Chromosomes
Chromatin is made up of nucleosomes, which contain proteins and DNA. It’s found in the cell nucleus as well as other places throughout your body!
Different Versions Of A Gene Are Called
The word “allele” is a bit complicated, but it’s the best way to describe all of your possible genetic makeup. You get one from each parent and typically there are three categories: normal/wild type (or not affecting how someone looks), abnormal- which can change what kind or function something has in their body; for example if an individual inherited two mutant alencies for genes responsible making brown eyes green could have blue ones instead! And finally gametic variation where changes occur due solely because two individuals share some DNA without having sex together.
Different Versions Of The Same Gene Are Called
Alleles are the different versions of a gene, and they can either be dominant or recessive depending on their associated traits. A single Allee is called an allele; many alleles have been reported for any given trait in humans according to genetics researchers at Stanford University as well as other institutions worldwide.
How Are Alleles And Traits Related
Traits are basically your phenotype. They include things like hair color, height and eye color but they also determine what kind of ears you have or whether or not there’s ginger in those freckles across the bridge of your nose! Alleles produce phenotypes (or physical versions) that can be either dominant OR recessive- depending on which version hides under which masking trait(s). Dominance means simply more noticeable traits while Recessiveness keeps them hidden unless something goes wrong with DNA.
How Are Chromosomes Arranged In A Karyotype
Karyotypes can be used to identify your sex, because they’re organized by two chromosomes that specify it: XX for females and XY males. You’ll also see numbers 1 through 22 written in descending order from largest size (X) down to smallest (-). Depending on the karyotype you have been assigned one of these sets or both may appear at different times during cell division when using an microscope under high magnification; however if there is no difference between p and q then just call them short arm/long arm names instead!
How Are Genes And Chromosomes Related
Genes are the segments of deoxyribonucleic acid that carry code for proteins function in one or more types cells. Chromosomes contain our genes, and they’re located inside a cell’s nucleus as well! Each gene has two alleles – either version can be passed on to offspring through inheritance (one from each parent). These different versions interact with each other during development into maturity where some traits may become dominant over others due to interacting environmental factors.
How Are Mutations Passed Onto Offspring
Acquired mutations are not passed down if they occur in the somatic cells, meaning body-cell other than sperm and egg. If a new mutation happens while you’re still alive, it can be passed on to future generations through your offspring’s genetic material – which is why this type of change will stick around for quite some time!