184561
Hypertrichosis is an example of this inheritance:
1 holandric
2 incomplete sex linked
3 sex influenced
4 sex limited
Explanation:
Holandric inheritance is a type of inheritance where a trait or gene is located on the \(\mathrm{Y}\) chromosome and is typically passed from fathers to their sons. Hypertrichosis, characterized by excessive hair growth, is one example of a trait that follows holandric inheritance.
AP EAMCET-2004
Principle of Inheritance and Variation
184562
Male sex is determined in human zygote by:
1 nutrition of mother
2 strength of father
3 chromosome composition of egg
4 chromosome composition of sperm
Explanation:
Male sex is determined in human zygotes by the chromosome composition of the sperm. Sperm can carry either an \(\mathrm{X}\) or a \(\mathrm{Y}\) chromosome, and when a sperm with a \(\mathrm{Y}\) chromosome fertilizes the egg, the resulting zygote develops into a male, while an Xchromosome carrying sperm results in a female. This determines the genetic sex of the offspring.
Haryana PMT-2002
Principle of Inheritance and Variation
184563
Ishihara chart is used to detect :
1 T.B.
2 eye sight
3 colour blindness
4 diabetes
Explanation:
Ishihara test is colour vision test for detection of red-green colour deficiencies.
Haryana PMT-2005
Principle of Inheritance and Variation
184564
Upon amniocentesis of a pregnant woman, it is found that the embryo contains both, Barr body and F-body. The syndrome likely to be associated with the embryo is :
1 Edwards syndrome
2 Downs syndrome
3 Klinefelters syndrome
4 Pataus syndrome
Explanation:
Upon aminocentesis of a pregnant woman, it is found that the embryo contains both, Barr body and F-body. The syndrome likely to be associated with the embryo is Klinefelters syndrome. The male with Klinefeters syndrome have one extra copy of the Xchromosomes in the cell for a total of two chromosome and one Y-chromosome (47, XXY) presence of Barr body indicate it is Klinefelters syndrome.
Haryana PMT-2004
Principle of Inheritance and Variation
184565
When an animal has both the characters of male and female, it is called
1 intersex
2 super female
3 super male
4 gynandromorphy
Explanation:
When an animal has both male and female characteristics, it is called gynandromorphy. This condition can result from genetic or developmental abnormalities, leading to the presence of both male and female tissues or traits in the same individual.
184561
Hypertrichosis is an example of this inheritance:
1 holandric
2 incomplete sex linked
3 sex influenced
4 sex limited
Explanation:
Holandric inheritance is a type of inheritance where a trait or gene is located on the \(\mathrm{Y}\) chromosome and is typically passed from fathers to their sons. Hypertrichosis, characterized by excessive hair growth, is one example of a trait that follows holandric inheritance.
AP EAMCET-2004
Principle of Inheritance and Variation
184562
Male sex is determined in human zygote by:
1 nutrition of mother
2 strength of father
3 chromosome composition of egg
4 chromosome composition of sperm
Explanation:
Male sex is determined in human zygotes by the chromosome composition of the sperm. Sperm can carry either an \(\mathrm{X}\) or a \(\mathrm{Y}\) chromosome, and when a sperm with a \(\mathrm{Y}\) chromosome fertilizes the egg, the resulting zygote develops into a male, while an Xchromosome carrying sperm results in a female. This determines the genetic sex of the offspring.
Haryana PMT-2002
Principle of Inheritance and Variation
184563
Ishihara chart is used to detect :
1 T.B.
2 eye sight
3 colour blindness
4 diabetes
Explanation:
Ishihara test is colour vision test for detection of red-green colour deficiencies.
Haryana PMT-2005
Principle of Inheritance and Variation
184564
Upon amniocentesis of a pregnant woman, it is found that the embryo contains both, Barr body and F-body. The syndrome likely to be associated with the embryo is :
1 Edwards syndrome
2 Downs syndrome
3 Klinefelters syndrome
4 Pataus syndrome
Explanation:
Upon aminocentesis of a pregnant woman, it is found that the embryo contains both, Barr body and F-body. The syndrome likely to be associated with the embryo is Klinefelters syndrome. The male with Klinefeters syndrome have one extra copy of the Xchromosomes in the cell for a total of two chromosome and one Y-chromosome (47, XXY) presence of Barr body indicate it is Klinefelters syndrome.
Haryana PMT-2004
Principle of Inheritance and Variation
184565
When an animal has both the characters of male and female, it is called
1 intersex
2 super female
3 super male
4 gynandromorphy
Explanation:
When an animal has both male and female characteristics, it is called gynandromorphy. This condition can result from genetic or developmental abnormalities, leading to the presence of both male and female tissues or traits in the same individual.
184561
Hypertrichosis is an example of this inheritance:
1 holandric
2 incomplete sex linked
3 sex influenced
4 sex limited
Explanation:
Holandric inheritance is a type of inheritance where a trait or gene is located on the \(\mathrm{Y}\) chromosome and is typically passed from fathers to their sons. Hypertrichosis, characterized by excessive hair growth, is one example of a trait that follows holandric inheritance.
AP EAMCET-2004
Principle of Inheritance and Variation
184562
Male sex is determined in human zygote by:
1 nutrition of mother
2 strength of father
3 chromosome composition of egg
4 chromosome composition of sperm
Explanation:
Male sex is determined in human zygotes by the chromosome composition of the sperm. Sperm can carry either an \(\mathrm{X}\) or a \(\mathrm{Y}\) chromosome, and when a sperm with a \(\mathrm{Y}\) chromosome fertilizes the egg, the resulting zygote develops into a male, while an Xchromosome carrying sperm results in a female. This determines the genetic sex of the offspring.
Haryana PMT-2002
Principle of Inheritance and Variation
184563
Ishihara chart is used to detect :
1 T.B.
2 eye sight
3 colour blindness
4 diabetes
Explanation:
Ishihara test is colour vision test for detection of red-green colour deficiencies.
Haryana PMT-2005
Principle of Inheritance and Variation
184564
Upon amniocentesis of a pregnant woman, it is found that the embryo contains both, Barr body and F-body. The syndrome likely to be associated with the embryo is :
1 Edwards syndrome
2 Downs syndrome
3 Klinefelters syndrome
4 Pataus syndrome
Explanation:
Upon aminocentesis of a pregnant woman, it is found that the embryo contains both, Barr body and F-body. The syndrome likely to be associated with the embryo is Klinefelters syndrome. The male with Klinefeters syndrome have one extra copy of the Xchromosomes in the cell for a total of two chromosome and one Y-chromosome (47, XXY) presence of Barr body indicate it is Klinefelters syndrome.
Haryana PMT-2004
Principle of Inheritance and Variation
184565
When an animal has both the characters of male and female, it is called
1 intersex
2 super female
3 super male
4 gynandromorphy
Explanation:
When an animal has both male and female characteristics, it is called gynandromorphy. This condition can result from genetic or developmental abnormalities, leading to the presence of both male and female tissues or traits in the same individual.
184561
Hypertrichosis is an example of this inheritance:
1 holandric
2 incomplete sex linked
3 sex influenced
4 sex limited
Explanation:
Holandric inheritance is a type of inheritance where a trait or gene is located on the \(\mathrm{Y}\) chromosome and is typically passed from fathers to their sons. Hypertrichosis, characterized by excessive hair growth, is one example of a trait that follows holandric inheritance.
AP EAMCET-2004
Principle of Inheritance and Variation
184562
Male sex is determined in human zygote by:
1 nutrition of mother
2 strength of father
3 chromosome composition of egg
4 chromosome composition of sperm
Explanation:
Male sex is determined in human zygotes by the chromosome composition of the sperm. Sperm can carry either an \(\mathrm{X}\) or a \(\mathrm{Y}\) chromosome, and when a sperm with a \(\mathrm{Y}\) chromosome fertilizes the egg, the resulting zygote develops into a male, while an Xchromosome carrying sperm results in a female. This determines the genetic sex of the offspring.
Haryana PMT-2002
Principle of Inheritance and Variation
184563
Ishihara chart is used to detect :
1 T.B.
2 eye sight
3 colour blindness
4 diabetes
Explanation:
Ishihara test is colour vision test for detection of red-green colour deficiencies.
Haryana PMT-2005
Principle of Inheritance and Variation
184564
Upon amniocentesis of a pregnant woman, it is found that the embryo contains both, Barr body and F-body. The syndrome likely to be associated with the embryo is :
1 Edwards syndrome
2 Downs syndrome
3 Klinefelters syndrome
4 Pataus syndrome
Explanation:
Upon aminocentesis of a pregnant woman, it is found that the embryo contains both, Barr body and F-body. The syndrome likely to be associated with the embryo is Klinefelters syndrome. The male with Klinefeters syndrome have one extra copy of the Xchromosomes in the cell for a total of two chromosome and one Y-chromosome (47, XXY) presence of Barr body indicate it is Klinefelters syndrome.
Haryana PMT-2004
Principle of Inheritance and Variation
184565
When an animal has both the characters of male and female, it is called
1 intersex
2 super female
3 super male
4 gynandromorphy
Explanation:
When an animal has both male and female characteristics, it is called gynandromorphy. This condition can result from genetic or developmental abnormalities, leading to the presence of both male and female tissues or traits in the same individual.
184561
Hypertrichosis is an example of this inheritance:
1 holandric
2 incomplete sex linked
3 sex influenced
4 sex limited
Explanation:
Holandric inheritance is a type of inheritance where a trait or gene is located on the \(\mathrm{Y}\) chromosome and is typically passed from fathers to their sons. Hypertrichosis, characterized by excessive hair growth, is one example of a trait that follows holandric inheritance.
AP EAMCET-2004
Principle of Inheritance and Variation
184562
Male sex is determined in human zygote by:
1 nutrition of mother
2 strength of father
3 chromosome composition of egg
4 chromosome composition of sperm
Explanation:
Male sex is determined in human zygotes by the chromosome composition of the sperm. Sperm can carry either an \(\mathrm{X}\) or a \(\mathrm{Y}\) chromosome, and when a sperm with a \(\mathrm{Y}\) chromosome fertilizes the egg, the resulting zygote develops into a male, while an Xchromosome carrying sperm results in a female. This determines the genetic sex of the offspring.
Haryana PMT-2002
Principle of Inheritance and Variation
184563
Ishihara chart is used to detect :
1 T.B.
2 eye sight
3 colour blindness
4 diabetes
Explanation:
Ishihara test is colour vision test for detection of red-green colour deficiencies.
Haryana PMT-2005
Principle of Inheritance and Variation
184564
Upon amniocentesis of a pregnant woman, it is found that the embryo contains both, Barr body and F-body. The syndrome likely to be associated with the embryo is :
1 Edwards syndrome
2 Downs syndrome
3 Klinefelters syndrome
4 Pataus syndrome
Explanation:
Upon aminocentesis of a pregnant woman, it is found that the embryo contains both, Barr body and F-body. The syndrome likely to be associated with the embryo is Klinefelters syndrome. The male with Klinefeters syndrome have one extra copy of the Xchromosomes in the cell for a total of two chromosome and one Y-chromosome (47, XXY) presence of Barr body indicate it is Klinefelters syndrome.
Haryana PMT-2004
Principle of Inheritance and Variation
184565
When an animal has both the characters of male and female, it is called
1 intersex
2 super female
3 super male
4 gynandromorphy
Explanation:
When an animal has both male and female characteristics, it is called gynandromorphy. This condition can result from genetic or developmental abnormalities, leading to the presence of both male and female tissues or traits in the same individual.
