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From the information you have provided, I would say there's no egg or embryo problem. The problem is in the post-implantation period. This is highly suggestive of an auto-immune problem. I suggest that you get tested for Natural Killer (NK) cells [u]and[/u] NK cell activity. The tests are available though Millenova Laboratories and Repromedix. If your current RE pooh-pooh's the idea (as not all RE's are on board about abornal NK activity), find a RE that is willing to perform and interpret the tests. Abnormal NK cell activity can be successfully treated with intravenous immunoglobulins (IVIg). However, IVIg treatment can be very expensive. We have recently had similar success with a low cost alternative to IVIg, Solucortef, a steroid that dampens the immune response (i.e. NK cell activity). |
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Dr. Smith: |
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IVIg treatment can run up to $12,000 for a succesful pregnancy (approximately $3,000 if the cycle fails, since you don't need as many treatments). Solucortef costs about $25 and its a one-shot deal (pardon the pun). We've just begun to use Solucortef in your program, but our results so far are comparable to IVIg in NK positive patients. Hurray for a low-cost alternative! |
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Specifically what types of results are you seeing with IVIg, and Solucortef? I've searched the web, and while I can find result statistics on IVIg, I cannot find them on Solucortef. Would very much appreciate a reference for my research, or at least your success percentages with either protocol. Also, what types of studies have been done using Solucortef in pregnancy, and are there any effects to the fetus? |
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To the best of my knowledge, there have been no published studies showing the efficacy of Solu-Cortef (proper name, I wasn't hyphenating it in my previous post), so its not surprising that your search came up zip. We have tried Solu-Cortef on 4 patients with abnormal NK cell activity - all 4 are pregnant. However, the sample size here is way too low to draw any conclusions. Of the patients with abnormal NK cell activity that we have treated with IVIg (n=62), 72% of them have had a succssful term pregnancy. These data represent ongoing internal data collection and have not been published in a peer-reviewed journal. |
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After my last HCG drop, I did not go back to the Dr. and follow my numbers down to zero, as I was suppose to. 2 weeks later I decided to I had better, and to our surprise my numbers were on the rise. We followed them for a few days. Looked for an ectopic, and could not find one. HCG numbers were consistent with 5 weeks gestation, (I would have been 8 weeks), were rising, but not doubling. Did and D&C this am. |
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Your situation is pretty classic for an autoimmune disorder (early miscarriage). I would strongly recommend have autoimmune testing performed, or at the very least, use Solu-Cortef empirically at the time of the FET. Sorry for your loss. |
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Dr. |
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These are medical questions that are outside my field of expertise, so I think you should also post on Dr Jacob's Infertility 101 Message Board. |
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Dr. Smith |
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Sorry to hear of your troubles. Hang in there. Perserverance pays off (usually). All of those Solu-Cortef treated patients (and a few more) have ongoing pregnancies. So, the results continue to be promising. Yes, you have to wait for the NK panel until after your body gets back to its pre-pregnant state. The Solu-Cortef for FET is good idea. Best of luck. |
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dr. |
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On average, for a 33 year old, I would expect about 40% of the embryos to make it to the blastocyst stage. That would be 5 in your case. You had 4. That is within the expected range. However, for someone your age with no contributing male factor, I would have expected that all of the blastocysts would be of good quality. The dimished quality of the blastocysts was probably due to abnormal genetics of the sperm (not the eggs). When sperm from severe male factor patients is used for ICSI, I often see a decrease in the porportion of embryos that reach the blastocyst stage and a decrease in the quality of the embryos that do make it. I published on this a number of years ago and this observation has been verified in other studies. |
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[quote author=Dr Smith link=board=6;threadid=2196;start=0#21093 date=1151410335] |
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Dr. Smith, |
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The "B" in the "B1" and "B2" grading of the blastocysts suggests they were second grade embryos (i.e. assuming A1 is the best). That is what I was referring to when I brough the point about the sperm's genetic contribution to blastocyst development. |
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