without an X chromosome
normal
Coat it with a light sensitive emulsion. Don't plan on making your own photographic paper that you will subject to the normal development process. It won't survive the chemistry.
Yes . Because of decrease in metabolic activities with age .
because it's good for your health.
Chronic illnesses can damage and stunt the normal peocesses that take place in the body in many ways. every thing from muscular atrophy to nerve damage.
A normal human karyotype contains two of each chromosome because one set comes from the mother (through the egg) and the other set comes from the father (through the sperm) during fertilization. This pairing allows for genetic diversity and the correct number of chromosomes necessary for normal development and functioning of the body.
100% or 50% or 0%
21 st chromosome it is also call Trisomy 21 because the 21st chromosome has three instead of the normal two.
No because all organisms or zygotes (male or female) has sex chromosomes X in male it is XX while in female it is XY
No. People with Klinefelter's syndrome have a normal Y chromosome and 2 normal X chromosomes.
A normal male has 46 chromosomes in total, with one X and one Y chromosome (XY) that determine male sex. The Y chromosome carries genes responsible for male characteristics, while the X chromosome carries various other genes essential for development and functioning of the body.
If you mean haploid, as in half of each chromosome, or containing only one chromatid from each full chromosome, thenthe cell is called haploid.
The father must have contributed an X chromosome if a normal female is produced.
The father must have contributed an X chromosome if a normal female is produced.
A normal XX female will typically have one Barr body, which represents the inactivated X chromosome. The other X chromosome is active, while the inactive X chromosome condenses into a Barr body during development to compensate for gene dosage between males and females.
It is estimated that 3-8% of girls with a single X-chromosome and 12-21% of females with sex chromosome mosaicism may have normal pubertal development and spontaneous menstrual periods
Yes, not all genes located on the X chromosome control female sexual characteristics. The SRY gene on the Y chromosome is responsible for male sexual development. However, genes on the X chromosome like the XIST gene are involved in the regulation of X chromosome inactivation, a process critical for normal development in females.