1 The embryo develops upto blastocyst stage in fallopian tube
2 Fallopian tube conveys ovum from the ovary to the uterus through peristalsis
3 Implantation takes place after 25 days of fertilization
4 Cowper's glands are present in male mammals.
Explanation:
About 6 days after fertilization, the blastocyst attaches to the lining of the uterus, usually near the top. This process, called implantation.
BIOXII03: HUMAN REPRODUCTION
345393
In human beings, the developing embryo resides in
1 Fallopian tubes
2 Ovaries
3 Uterus
4 Vagina
Explanation:
In humans fertilization takes place in fallopian duct and the embryo develops in uterus.
BIOXII03: HUMAN REPRODUCTION
345394
In human female the blastocyst
1 Forms placenta even before implantation
2 Gets implanted into uterus 3 days after ovulation
3 Gets nutrition from uterine endometrial secretion only after implantation
4 Gets implanted in endometrium by the trophoblast cells
Explanation:
The developing blastocyst after entering the uterine cavity hatches out of the zona pellucida and its trophoblast cells adhere to the uterine endometrial lining. The trophoblast cells digest the cells and embed deep into the endometrium thus the implantation takes place.
AIPMT - 2010
BIOXII03: HUMAN REPRODUCTION
345395
Cleavage is the rapid mitotic division occuring on the way through isthmus to oviduct. It occurs in
1 Ovum
2 Zygote
3 Sperm
4 Fully formed foetus
Explanation:
The mitotic division starts as the zygote moves through the Isthmus of the oviduct called cleavage towards the uterus.
1 The embryo develops upto blastocyst stage in fallopian tube
2 Fallopian tube conveys ovum from the ovary to the uterus through peristalsis
3 Implantation takes place after 25 days of fertilization
4 Cowper's glands are present in male mammals.
Explanation:
About 6 days after fertilization, the blastocyst attaches to the lining of the uterus, usually near the top. This process, called implantation.
BIOXII03: HUMAN REPRODUCTION
345393
In human beings, the developing embryo resides in
1 Fallopian tubes
2 Ovaries
3 Uterus
4 Vagina
Explanation:
In humans fertilization takes place in fallopian duct and the embryo develops in uterus.
BIOXII03: HUMAN REPRODUCTION
345394
In human female the blastocyst
1 Forms placenta even before implantation
2 Gets implanted into uterus 3 days after ovulation
3 Gets nutrition from uterine endometrial secretion only after implantation
4 Gets implanted in endometrium by the trophoblast cells
Explanation:
The developing blastocyst after entering the uterine cavity hatches out of the zona pellucida and its trophoblast cells adhere to the uterine endometrial lining. The trophoblast cells digest the cells and embed deep into the endometrium thus the implantation takes place.
AIPMT - 2010
BIOXII03: HUMAN REPRODUCTION
345395
Cleavage is the rapid mitotic division occuring on the way through isthmus to oviduct. It occurs in
1 Ovum
2 Zygote
3 Sperm
4 Fully formed foetus
Explanation:
The mitotic division starts as the zygote moves through the Isthmus of the oviduct called cleavage towards the uterus.
1 The embryo develops upto blastocyst stage in fallopian tube
2 Fallopian tube conveys ovum from the ovary to the uterus through peristalsis
3 Implantation takes place after 25 days of fertilization
4 Cowper's glands are present in male mammals.
Explanation:
About 6 days after fertilization, the blastocyst attaches to the lining of the uterus, usually near the top. This process, called implantation.
BIOXII03: HUMAN REPRODUCTION
345393
In human beings, the developing embryo resides in
1 Fallopian tubes
2 Ovaries
3 Uterus
4 Vagina
Explanation:
In humans fertilization takes place in fallopian duct and the embryo develops in uterus.
BIOXII03: HUMAN REPRODUCTION
345394
In human female the blastocyst
1 Forms placenta even before implantation
2 Gets implanted into uterus 3 days after ovulation
3 Gets nutrition from uterine endometrial secretion only after implantation
4 Gets implanted in endometrium by the trophoblast cells
Explanation:
The developing blastocyst after entering the uterine cavity hatches out of the zona pellucida and its trophoblast cells adhere to the uterine endometrial lining. The trophoblast cells digest the cells and embed deep into the endometrium thus the implantation takes place.
AIPMT - 2010
BIOXII03: HUMAN REPRODUCTION
345395
Cleavage is the rapid mitotic division occuring on the way through isthmus to oviduct. It occurs in
1 Ovum
2 Zygote
3 Sperm
4 Fully formed foetus
Explanation:
The mitotic division starts as the zygote moves through the Isthmus of the oviduct called cleavage towards the uterus.
1 The embryo develops upto blastocyst stage in fallopian tube
2 Fallopian tube conveys ovum from the ovary to the uterus through peristalsis
3 Implantation takes place after 25 days of fertilization
4 Cowper's glands are present in male mammals.
Explanation:
About 6 days after fertilization, the blastocyst attaches to the lining of the uterus, usually near the top. This process, called implantation.
BIOXII03: HUMAN REPRODUCTION
345393
In human beings, the developing embryo resides in
1 Fallopian tubes
2 Ovaries
3 Uterus
4 Vagina
Explanation:
In humans fertilization takes place in fallopian duct and the embryo develops in uterus.
BIOXII03: HUMAN REPRODUCTION
345394
In human female the blastocyst
1 Forms placenta even before implantation
2 Gets implanted into uterus 3 days after ovulation
3 Gets nutrition from uterine endometrial secretion only after implantation
4 Gets implanted in endometrium by the trophoblast cells
Explanation:
The developing blastocyst after entering the uterine cavity hatches out of the zona pellucida and its trophoblast cells adhere to the uterine endometrial lining. The trophoblast cells digest the cells and embed deep into the endometrium thus the implantation takes place.
AIPMT - 2010
BIOXII03: HUMAN REPRODUCTION
345395
Cleavage is the rapid mitotic division occuring on the way through isthmus to oviduct. It occurs in
1 Ovum
2 Zygote
3 Sperm
4 Fully formed foetus
Explanation:
The mitotic division starts as the zygote moves through the Isthmus of the oviduct called cleavage towards the uterus.
