Thank you all for your input on my last post- I agree with you in that 2 vitrifications should be off the table. What I was hoping to do was collect the biopsy on day 5, and freeze the biopsied cells. But it looks like that won't be possible, even though I may have been able to get my hands on the materials needed in time.
Doing things in India has the advantage that it won't break the bank, and this is a tremendous advantage that should not be taken lightly. And then, there is the tremendous emotional support that is offered to me by my family.
But one can never have their cake and eat it too- this is a technologically retarded country. NICUs are primitive compared to the setup in the developed world. Fetal DNA analysis from maternal blood (like Sequenom's Tri21 test) during pregnancy is going to take years, if not decades to get here. There is probably one guy who can do a decent aminoicentesis, and I may have to fly my surrogate to another city to find him. A trophectoderm biopsy is not here yet, or atleast, it is not there with my doctor, who expressed extreme reluctance in doing this procedure. My lack of preparation had an extremely large part to play in this, I just sprung this on him, so he did not have time to prepare, with dummy runs etc.
But there it is- no testing. I have to just collect whatever grows till day 5, and transfer to the surrogate.
Atleast 40-50% of the day 5 blastocysts (there was a study definitively showing this) are going to be abnormal. My RE countered that despite such odds, people get pregnant and deliver healthy babies. What was left unsaid was how this is achieved: you transfer multiples. Out of 2 or 3 embryos, 1 may be normal. I'm starting to believe the theory that most women's wombs can distinguish between a normal and abnormal embryo. This may very well be the reason for the high frequency of BFNs in IVF and in natural pregnancies as well. The transfer of 2-3 embryos can also sometimes result in a pregnancy with multiples, which may be slightly or tremendously detrimental to the lifelong health of the resulting children, even if the pregnancy is without complication.
So now, I may have to do what everybody else does: transfer 2 at a time, or I may be doing this for a while, at tremendous cost. I just have to then pray that if my surrogate gets pregnant, it is with a singelton, not twins. A twin pregnancy is considered high risk in the developed world. Here, given the standards of management, you would have to rely on luck for everything to go ok, and I'm somebody who has had absolutely no luck in this process so far, and now, I have to pray that I find that luck. Scary as hell.
Doing things in India has the advantage that it won't break the bank, and this is a tremendous advantage that should not be taken lightly. And then, there is the tremendous emotional support that is offered to me by my family.
But one can never have their cake and eat it too- this is a technologically retarded country. NICUs are primitive compared to the setup in the developed world. Fetal DNA analysis from maternal blood (like Sequenom's Tri21 test) during pregnancy is going to take years, if not decades to get here. There is probably one guy who can do a decent aminoicentesis, and I may have to fly my surrogate to another city to find him. A trophectoderm biopsy is not here yet, or atleast, it is not there with my doctor, who expressed extreme reluctance in doing this procedure. My lack of preparation had an extremely large part to play in this, I just sprung this on him, so he did not have time to prepare, with dummy runs etc.
But there it is- no testing. I have to just collect whatever grows till day 5, and transfer to the surrogate.
Atleast 40-50% of the day 5 blastocysts (there was a study definitively showing this) are going to be abnormal. My RE countered that despite such odds, people get pregnant and deliver healthy babies. What was left unsaid was how this is achieved: you transfer multiples. Out of 2 or 3 embryos, 1 may be normal. I'm starting to believe the theory that most women's wombs can distinguish between a normal and abnormal embryo. This may very well be the reason for the high frequency of BFNs in IVF and in natural pregnancies as well. The transfer of 2-3 embryos can also sometimes result in a pregnancy with multiples, which may be slightly or tremendously detrimental to the lifelong health of the resulting children, even if the pregnancy is without complication.
So now, I may have to do what everybody else does: transfer 2 at a time, or I may be doing this for a while, at tremendous cost. I just have to then pray that if my surrogate gets pregnant, it is with a singelton, not twins. A twin pregnancy is considered high risk in the developed world. Here, given the standards of management, you would have to rely on luck for everything to go ok, and I'm somebody who has had absolutely no luck in this process so far, and now, I have to pray that I find that luck. Scary as hell.