In humans, it is the father's chromosomes that determine the sex of offspring. The father contributes either an X or a Y chromosome, while the mother always contributes an X chromosome. If the combination is XX, the offspring is female, and if it's XY, the offspring is male.
The sex chromosomes that determine a child's sex are inherited from the biological parents. The father contributes either an X or a Y chromosome, while the mother always contributes an X chromosome. The combination of these chromosomes determines the child's sex, with XX resulting in a female and XY resulting in a male.
If chromosomes are not visible, it could mean that the cell is not undergoing cell division, as chromosomes are condensed and visible during that process. Alternatively, it could indicate that the cell is in a phase where the chromosomes are not easily distinguishable, such as during interphase. Further investigation or staining techniques may be needed to visualize the chromosomes.
Micro-tubules play active role in chromosome movement during cell division.
Typically, 22 pairs or 44 chromosomes in humans. The number doesn't change between males and females whose only difference are the other 2 of the 46 total chromosomes, the aptly named sex chromosomes. So really the factor that decides how many autosomal chromosomes the organism has is what kind of organism it is (human? dog? cat? orangutan? moon jellyfish??)
a cross between an organism whose genotype for a certain trait is unknown and an organism that is homozygous recessive for that trait so the unknown genotype can be determined from that of the offspring
The sex chromosomes, X and Y, are chromosomal landmarks whose inheritance can be tracked. They determine an individual's sex and are passed down from parents to offspring. By studying the inheritance patterns of these sex chromosomes, researchers can track gene flow and genetic diversity within populations.
The sex chromosomes that determine a child's sex are inherited from the biological parents. The father contributes either an X or a Y chromosome, while the mother always contributes an X chromosome. The combination of these chromosomes determines the child's sex, with XX resulting in a female and XY resulting in a male.
female
Species
If chromosomes are not visible, it could mean that the cell is not undergoing cell division, as chromosomes are condensed and visible during that process. Alternatively, it could indicate that the cell is in a phase where the chromosomes are not easily distinguishable, such as during interphase. Further investigation or staining techniques may be needed to visualize the chromosomes.
Micro-tubules play active role in chromosome movement during cell division.
No, it is a noun. A son is a male child (human offspring), whose direct ancestor is his father.
If an animal have their ears outside is a mammal and whose ears are not outside are not mammal.
The chickens offspring can sometimes be referred to as hens, when they reach their juvenile stage. Chickens are also able to swim quite well.
These are Posedians kids:Amphitrite (a Nereid) Offspring: TritonMedusa (the woman whose hair was snakes and who turned men to stone) Offspring: Pegasus (famous flying horse), ChrysaorDemeter (or an Erinys or an Harpuia) Offspring: Areion (Adrastos' horse)Thoosa (daughter of Phorkys) Offspring: PolyphemusIphimedeia Offspring: The Aloadai (Otos and Ephialtes)Tyro Offspring: Neleus and PeliasPeriboia (daughter of Eurymedon) Offspring: Nausithoos (father of Alkinoos)Amymone (the fiftieth Danaid) Offspring: NaupliosPitane Offspring: EuadneEuryale Offspring: OrionAithra??? Offspring: Theseus (possibly)Source: Timothy Gantz' Early Greek Myth
Typically, 22 pairs or 44 chromosomes in humans. The number doesn't change between males and females whose only difference are the other 2 of the 46 total chromosomes, the aptly named sex chromosomes. So really the factor that decides how many autosomal chromosomes the organism has is what kind of organism it is (human? dog? cat? orangutan? moon jellyfish??)
biological species concept