What characteristic(s) might a human and a cat with extra sex chromosomes (XXY) share?(2 points) Responses extra limbs extra limbs albinism (no pigment in sckin) albinism (no pigment in sckin) sterility (can't have offspring) sterility (can't have offspring) humans with an extra sex chromosome don't usually survive past birth humans with an extra sex chromosome don't usually survive past birth Question 3 This picture is a picture of
a human and a cat with extra sex chromosomes (XXY):
- They may both have sterility as a characteristic, as individuals with extra X chromosomes may have difficulties with reproductive function and may not be able to have offspring.
- They may also both have a higher risk of certain medical conditions or developmental delays, as individuals with extra sex chromosomes may be more prone to certain genetic disorders or cognitive impairments.
ANSWER IN ABCD FORMAT
C) Sterility and D) increased risk of certain medical conditions or developmental delays.
To determine the characteristic(s) that a human and a cat with extra sex chromosomes (XXY) might share, we need to consider the genetic implications of having an additional sex chromosome.
1. Extra limbs: Having an extra sex chromosome in humans or cats does not directly cause extra limbs. This characteristic is not related to XXY chromosomes.
2. Albinism: Albinism, which is the absence of pigment in the skin, hair, and eyes, is not directly associated with XXY chromosomes. Albinism is a result of mutations in specific genes that control the production of melanin, and it is not specifically linked to any particular sex chromosome abnormality.
3. Sterility: Both humans and cats with XXY chromosomes may experience sterility. In the case of humans, individuals with XXY chromosomes have a condition called Klinefelter syndrome, which can lead to difficulties in fertility. Similarly, male calico cats, which have an additional X chromosome (XXY), are usually sterile due to the presence of the additional sex chromosome.
4. Survival: In humans, individuals with an extra sex chromosome, such as XXY, usually survive past birth. While they may face certain challenges and associated health problems, survival is typically not a significant issue. On the other hand, male calico cats with XXY chromosomes may have a reduced lifespan and are less likely to survive to adulthood due to genetic abnormalities.
In summary, the characteristic(s) that both humans and cats with XXY chromosomes (extra sex chromosomes) might share include potential infertility or sterility. However, it is important to note that humans with XXY chromosomes usually survive past birth, whereas male calico cats with XXY chromosomes may have reduced lifespans and lower chances of survival.