Sex chromosomes determine an individual's biological sex, with females typically having two X chromosomes (XX) and males typically having one X and one Y chromosome (XY). Unlike other chromosomes, sex chromosomes also play a role in determining secondary sexual characteristics and may carry genes unrelated to sex determination.
True. Autosomes are chromosomes that are not involved in determining sex. Humans have 22 pairs of autosomes and one pair of sex chromosomes.
Autosomes are the somatic chromosomes which control the body characters or somatic characters, Whereas Sex chromosomes are the allosomes which determines sex of an individual
Males and females have different sex chromosomes.
No, not all sexually-reproducing organisms have the same sex chromosomes as humans. Humans possess a XY sex-determination system, where males have XY chromosomes and females have XX chromosomes. Other organisms can have different systems; for example, birds typically have a ZW system, where males are ZZ and females are ZW, while some reptiles and fish may have varied systems. The diversity in sex chromosomes reflects the evolutionary adaptations of different species.
Autosomal chromosomes are non-sex chromosomes, present in both males and females, while sex chromosomes determine an individual's sex. Autosomes are inherited in pairs, with one copy from each parent, while sex chromosomes come in two types: X and Y. Autosomal chromosomes contain genetic information that determines an individual's traits other than sex characteristics.
autosomal chromosomes carry diverse info sex chromosomes determine an individual's sex ---- ok, that is some other dude's answer, now here is mine: the autosomal is all the chromosomes, except for the sex chromosomes. so, in a sense, the autosomal has nothing to do with the sex chromosomes. sex chromosomes determine the offspring's sex, as the guy above said it. autosomal is simply all of the other chromosomes ----- For A+ the answer is "Autosomal chromosomes carry diverse information; sex chromosomes determine an individual's sex."
Sex cells, called gametes, are different to other cells in that they contain half the number of chromosomes. So in a human sex cell, there are 23 chromosomes, whereas a normal human cell has 46 chromosomes.
males and females have different sex chromosomes
True. Autosomes are chromosomes that are not involved in determining sex. Humans have 22 pairs of autosomes and one pair of sex chromosomes.
Sex cells have 1/2 the number of chromosomes of a normal cell (23)
No, not all mammals possess both X and Y chromosomes. Mammals have different sex determination systems, with some species having X and Y chromosomes for males and females, while others have different combinations of sex chromosomes or use other methods to determine sex.
autosomal chromosomes carry diverse info sex chromosomes determine an individual's sex ---- ok, that is some other dude's answer, now here is mine: the autosomal is all the chromosomes, except for the sex chromosomes. so, in a sense, the autosomal has nothing to do with the sex chromosomes. sex chromosomes determine the offspring's sex, as the guy above said it. autosomal is simply all of the other chromosomes ----- For A+ the answer is "Autosomal chromosomes carry diverse information; sex chromosomes determine an individual's sex."
Autosomes are the somatic chromosomes which control the body characters or somatic characters, Whereas Sex chromosomes are the allosomes which determines sex of an individual
The sex of an organism is determined by the combination of sex chromosomes they inherit. In humans, individuals with two X chromosomes are female, while individuals with one X and one Y chromosome are male. Other organisms may have different combinations of sex chromosomes that determine their sex.
Cause body cells have twice the chromosomes a sex cell has Body cells have 46 chromosomes and sex cells have 23 chromosomes.
Males and females have different sex chromosomes.
In humans and other mammals, a male has XY sex chromosomes. In birds, a male has XX chromosomes. In amphibians, male chromosomes look the same as female chromosomes.