THE INCREDIBLE EXPANDING ADVENTURES OF THE X CHROMOSOME
|
An Article Review
|
|
XXXX XX the student
|
6/X/2018
|
XXXX X: XXXXXXXXX XXX XXXXXXX
XXX XXXX XXXX XX XXX mentioned article
Women carry XXX X XXXXXXXXXXX in her XXXX; XXX is XXXXXXXXX XXXX her mother and the other one XXXX her XXXXXX. However, XXXXX is XXXX XX% XXXXXX of any X gene XXXXXXXXX from mother. On XXX contrary, X XXXX XX XXXXXX present in father XXX XXXXXXXXX, XXXX X XXXX will only be transmitted to the daughter (XXXXXXX, 2011). XXXX, the XXXX idea of XXX XXXXXX in this article is XXXX daughter resembles more to her XXXXXX XXX XXXXXXX more characters in her genes XXXX father XXXX her mother. XXXXXXXX, X-linked inheritance XXXXXXX XXXXX XXXXX they XXXXX XXXX one X gene XXXX XXXXXX XXX XXXXXXXXX to express.
XXXXX XXXXXXXXX XXXXX XX support the XXXX idea XX the article
XXXXXXXXXX XXXXXXXXXX dysplasia is an X-linked genetic XXXXXXXX that affects the sweat glands. XXXX XXXXXX XXX XXXX more XXXXXXXXXX in XXXX XX XXXX XX only X XXXX XXXXXXXXX XXX XXXXXXXXX Y gene XXXXX XXXX. XXXXXXXXX, XXXX XXXXX XXX X XXXX XX express XXX genetic XXXXXX XXXXXXX XXXXXXXXX XXXX.
Sons born XX a XXXXXX intelligent mother have a XXXX XXXXXX XX XXXXX intelligent. Males XXXXXXXX X XXXX with IQ factor XXXX high XXXXXXXXXXXX than XXXXX female XXXXXXXXXXXX (Badcock, XXXX).
Similarly, Autism XXXXXXXX disorder is XXXXXXX X-linked inheritance that affects XXXX XXXX than XXXXXXX.
XXXXXXXXX XXXXX from XXX internet
X-linked XXXXXXX XXX XXXXXX to XX more XXXXXXXXX in case of males than XXXXXXX. XXXXXXX carry XXX X XXXXX. Therefore, they XXXX of XXX XXXX XXXXX one affected X gene, XXX XXXX gets to express only in XXX presence XX another affected X gene. However, in XXX XXXXXXXX XXXXXXX XX XXXXXXX (XXXX), XXXXX XXXXX XXXX XXX X XXXX and XXXXXXXXX, XXX affected XXXX gets expressed XXXXXXX XXXXXX the XXXXXXXXXX suffering from the XXXXXXXXXXX.
XXXXXXXXXX
X linked XXXXXXXXX have a XXXX XXXXXXXXXX among XXXXX than in XXXXXXX. I agree that XXXXX XXXXXX XXXXXX XXXX the XXXXXXXXXXXX than their XXXXXX counterparts due to the presence XX two X XXXXX.
Part 2- Summary
Humans XXXXX a XXXXX XX 46 XXXXXXX XX XXXXXXXXXXX, 23 chromosomes inherited from each parent. XXX of these 23 pairs, XX pairs are XXXXXXX autosomes while XXX XXXXX XXX XXXX, X XXX X XXXXXXXXXX. XXXXXXX XXXXX two X XXXXXXXXXXX, one from each parent while males XXXXX XXX X XXX XXX Y XXXXXXXXXX. XXXXXXXXX, XXXXXXXXX have a higher tendency XX XXXXXXXXXX father's XXXXXXX characters XXX have a high XXXXXXXXXXX. Moreover, in case XX X-XXXXXX XXXXXXX disorders, females XXX likely to XX affected more XXXX male XXXXXXXXXXXX. XXXXXXXXXX XXXXXXXXXX dysplasia is XXX XX the X-linked XXXXXXX XXXXXXXXXXXX that affect the sweat XXXXXX. It XXX been XXXX that XXXXX have no sweat XXXXXX and XXXXXXXXX, XXXX get affected (XXXXXXX, XXXX). It occurs XXXXXXX XXXX XXXX XXXX one X gene. XXXXXXXXX, the affected X XXXX expresses thereby XXXXXXXXX males.
XXXX who are XXXX XX a XXXXXX intelligent XXXXXX are likely to XX equally XXXXXXXXXXX. XXX X chromosome XXX almost 100 genes, XXX XXXX have XX XXXXXXXXX connection. XXXXXXX, X chromosome XXX almost XXXX XXXXX, and XXXXX 150 XX XXXX are linked XX intelligence. XXXXXXXXX, it XXX XX XXXX that males XXXXXXX XXX XXXX one X XXXX XXXX XXXXX XXXXXX, XXXXXXXXX; XX XXXX XX XXXXXX is XXXXXXXXXXX in XXXX XX XXXXXXX, the son XXXX get XXXXXXXX allele.
Similarly, in XXXX XX autistic XXXXXXXXX, XXXXX are also X-linked XXXXXXXXXXX, and XXXX XXX likely XX XXXXXX males XXXX than XXXXXXX. XXXXXXX (2011) XXXXXXXXX XXXX these XXXXX XX genetic disorders would express in females only in the XXXXXXXX of another XXXXXXXX X XXXX. XXXXXXXXX, sons are XXXXXX XX suffer XXX get XXXX resemblance to XXXXX XXXXXXX. Daughters XXX likely XX receive XXXX XXXXXXXXXX XXXX their XXXXXXX, and therefore, they show XXXX XXXX XXXXXXXXXXXX XX her father XXXX XXXXXXX.
References
XXXXXXX, X., (XXXX). XXX XXXXXXXXXX XXXXXXXXX Adventures XX XXX X XXXXXXXXXX.Psychology Today, XX.7-10.
">