NEET Test Series from KOTA - 10 Papers In MS WORD
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Reproductive Health
169881
Artificial insemination means :
1 introduction of sperms of a healthy donor directly into the ovary
2 transfer of sperms of a healthy donor to a test tube containing ova
3 transfer of sperms of husband to a test tube containing ova
4 artificial introduction of sperms of healthy donor into the vagina
Explanation:
Artificial insemination refers to the artificial insertion of sperm of a healthy donor into the vagina. The main purpose of artificial insemination is to achieve fertilization and pregnancy. - Intra-uterine insemination is the other name of artificial insemination, is the sperm sample is deposited directly into the uterus by injecting a tube through the cervix is the process of artificial insemination.
NEET-2013
Reproductive Health
169882
The signals for parturition originate from-
1 placenta only
2 placenta as well as fully developed foetus
3 oxytocin released from maternal pituitary
4 fully developed foetus only
Explanation:
Child birth is the process that called parturition. When foetus become fully developed then the signals originate from placenta and foetus which induce the uterine wall contraction. Uterine contractions give the signals to the maternal pituitary gland to release the oxytocin hormone. Oxytocin is a birth hormone. It stimulates strong uterine contractions that leads to expulsion of the baby from the uterus. Parturition is induced by a complex neuroendocrine mechanism.
AIPMT (Screening)-2010
Reproductive Health
169883
The technique called gamete intrafallopian transfer (GIFT) is recommended for those females
1 who cannot provide suitable environment for fertilization
2 who cannot produce an ovum
3 who cannot retain the foetus inside uterus
4 whose cervical canal is too narrow to allow passage for the sperms
Explanation:
GIFT- (Gamete Intra fallopian Transfer) method is used for infertile women are ovulating but have blocked oviducts (fallopian tubes), who cannot produce an ovum, who cannot retain the foetus inside the uterus. - In such cases, ovum from the donor female is surgically removed and is then introduced into the fallopian tube of such females.
AIPMT (Mains)-2011
Reproductive Health
169884
The stage transferred into the uterus after induced fertilization of ova in the laboratory is
1 Zygote
2 Embryo at 4 blastomere stage
3 Embryo at 2 blastomere stage
4 Morula
Explanation:
The stage transferred into the uterus after induced fertilization of ova in the laboratory is morula . Cleavage divisions produce a solid ball of cells called morula. - It has \(8-16\) cells, occasionally 32 cells. It is transferred into uterus (IUT - Intra - Uterine Transfer) for further development.
1 introduction of sperms of a healthy donor directly into the ovary
2 transfer of sperms of a healthy donor to a test tube containing ova
3 transfer of sperms of husband to a test tube containing ova
4 artificial introduction of sperms of healthy donor into the vagina
Explanation:
Artificial insemination refers to the artificial insertion of sperm of a healthy donor into the vagina. The main purpose of artificial insemination is to achieve fertilization and pregnancy. - Intra-uterine insemination is the other name of artificial insemination, is the sperm sample is deposited directly into the uterus by injecting a tube through the cervix is the process of artificial insemination.
NEET-2013
Reproductive Health
169882
The signals for parturition originate from-
1 placenta only
2 placenta as well as fully developed foetus
3 oxytocin released from maternal pituitary
4 fully developed foetus only
Explanation:
Child birth is the process that called parturition. When foetus become fully developed then the signals originate from placenta and foetus which induce the uterine wall contraction. Uterine contractions give the signals to the maternal pituitary gland to release the oxytocin hormone. Oxytocin is a birth hormone. It stimulates strong uterine contractions that leads to expulsion of the baby from the uterus. Parturition is induced by a complex neuroendocrine mechanism.
AIPMT (Screening)-2010
Reproductive Health
169883
The technique called gamete intrafallopian transfer (GIFT) is recommended for those females
1 who cannot provide suitable environment for fertilization
2 who cannot produce an ovum
3 who cannot retain the foetus inside uterus
4 whose cervical canal is too narrow to allow passage for the sperms
Explanation:
GIFT- (Gamete Intra fallopian Transfer) method is used for infertile women are ovulating but have blocked oviducts (fallopian tubes), who cannot produce an ovum, who cannot retain the foetus inside the uterus. - In such cases, ovum from the donor female is surgically removed and is then introduced into the fallopian tube of such females.
AIPMT (Mains)-2011
Reproductive Health
169884
The stage transferred into the uterus after induced fertilization of ova in the laboratory is
1 Zygote
2 Embryo at 4 blastomere stage
3 Embryo at 2 blastomere stage
4 Morula
Explanation:
The stage transferred into the uterus after induced fertilization of ova in the laboratory is morula . Cleavage divisions produce a solid ball of cells called morula. - It has \(8-16\) cells, occasionally 32 cells. It is transferred into uterus (IUT - Intra - Uterine Transfer) for further development.
1 introduction of sperms of a healthy donor directly into the ovary
2 transfer of sperms of a healthy donor to a test tube containing ova
3 transfer of sperms of husband to a test tube containing ova
4 artificial introduction of sperms of healthy donor into the vagina
Explanation:
Artificial insemination refers to the artificial insertion of sperm of a healthy donor into the vagina. The main purpose of artificial insemination is to achieve fertilization and pregnancy. - Intra-uterine insemination is the other name of artificial insemination, is the sperm sample is deposited directly into the uterus by injecting a tube through the cervix is the process of artificial insemination.
NEET-2013
Reproductive Health
169882
The signals for parturition originate from-
1 placenta only
2 placenta as well as fully developed foetus
3 oxytocin released from maternal pituitary
4 fully developed foetus only
Explanation:
Child birth is the process that called parturition. When foetus become fully developed then the signals originate from placenta and foetus which induce the uterine wall contraction. Uterine contractions give the signals to the maternal pituitary gland to release the oxytocin hormone. Oxytocin is a birth hormone. It stimulates strong uterine contractions that leads to expulsion of the baby from the uterus. Parturition is induced by a complex neuroendocrine mechanism.
AIPMT (Screening)-2010
Reproductive Health
169883
The technique called gamete intrafallopian transfer (GIFT) is recommended for those females
1 who cannot provide suitable environment for fertilization
2 who cannot produce an ovum
3 who cannot retain the foetus inside uterus
4 whose cervical canal is too narrow to allow passage for the sperms
Explanation:
GIFT- (Gamete Intra fallopian Transfer) method is used for infertile women are ovulating but have blocked oviducts (fallopian tubes), who cannot produce an ovum, who cannot retain the foetus inside the uterus. - In such cases, ovum from the donor female is surgically removed and is then introduced into the fallopian tube of such females.
AIPMT (Mains)-2011
Reproductive Health
169884
The stage transferred into the uterus after induced fertilization of ova in the laboratory is
1 Zygote
2 Embryo at 4 blastomere stage
3 Embryo at 2 blastomere stage
4 Morula
Explanation:
The stage transferred into the uterus after induced fertilization of ova in the laboratory is morula . Cleavage divisions produce a solid ball of cells called morula. - It has \(8-16\) cells, occasionally 32 cells. It is transferred into uterus (IUT - Intra - Uterine Transfer) for further development.
1 introduction of sperms of a healthy donor directly into the ovary
2 transfer of sperms of a healthy donor to a test tube containing ova
3 transfer of sperms of husband to a test tube containing ova
4 artificial introduction of sperms of healthy donor into the vagina
Explanation:
Artificial insemination refers to the artificial insertion of sperm of a healthy donor into the vagina. The main purpose of artificial insemination is to achieve fertilization and pregnancy. - Intra-uterine insemination is the other name of artificial insemination, is the sperm sample is deposited directly into the uterus by injecting a tube through the cervix is the process of artificial insemination.
NEET-2013
Reproductive Health
169882
The signals for parturition originate from-
1 placenta only
2 placenta as well as fully developed foetus
3 oxytocin released from maternal pituitary
4 fully developed foetus only
Explanation:
Child birth is the process that called parturition. When foetus become fully developed then the signals originate from placenta and foetus which induce the uterine wall contraction. Uterine contractions give the signals to the maternal pituitary gland to release the oxytocin hormone. Oxytocin is a birth hormone. It stimulates strong uterine contractions that leads to expulsion of the baby from the uterus. Parturition is induced by a complex neuroendocrine mechanism.
AIPMT (Screening)-2010
Reproductive Health
169883
The technique called gamete intrafallopian transfer (GIFT) is recommended for those females
1 who cannot provide suitable environment for fertilization
2 who cannot produce an ovum
3 who cannot retain the foetus inside uterus
4 whose cervical canal is too narrow to allow passage for the sperms
Explanation:
GIFT- (Gamete Intra fallopian Transfer) method is used for infertile women are ovulating but have blocked oviducts (fallopian tubes), who cannot produce an ovum, who cannot retain the foetus inside the uterus. - In such cases, ovum from the donor female is surgically removed and is then introduced into the fallopian tube of such females.
AIPMT (Mains)-2011
Reproductive Health
169884
The stage transferred into the uterus after induced fertilization of ova in the laboratory is
1 Zygote
2 Embryo at 4 blastomere stage
3 Embryo at 2 blastomere stage
4 Morula
Explanation:
The stage transferred into the uterus after induced fertilization of ova in the laboratory is morula . Cleavage divisions produce a solid ball of cells called morula. - It has \(8-16\) cells, occasionally 32 cells. It is transferred into uterus (IUT - Intra - Uterine Transfer) for further development.
