r/RPLnoLC

Hello everyone,

I’ve been on the IVF journey for a couple of years. My first euploid FET resulted in a chemical that rose slowly then dropped. A couple of months later I got pregnant spontaneously, and I had another similar chemical pregnancy. Got pregnant again spontaneously a few months after that, and HCG had a better rise, but also miscarried early.

Doctor has done RPL blood work. My first beta-2-glycoprotein IGG was slightly elevated, then in normal range a couple of weeks later. I got it redone again (1 year after first test) and it’s elevated slightly again. I’m not sure if this counts for an APS diagnosis given that my bloodwork is only slightly out of normal range.

I also had a high result for von willebrand factor a few years ago. From what I understand, this is also something to do with disordered blood clotting.

I am heterozygous (one mutation) for MTHFR. I am unsure how this impacts blood clotting, but I have seen others say they were put on lovenox because of this mutation.

Can anyone help me make sense of if this could indicate a need for lovenox? Has anyone had similar results?

I’m sure Mother’s Day is just as difficult and complicated for all of you as it is for me. Just wanted to wish you all love and strength today 💕

This was not unexpected as I’ve had four losses now and testing has shown no chromosomal abnormalities.

But nothing else has been found. This time they did a deeper array testing to make sure there was nothing being missed. I’ve been waiting 8 weeks and just got confirmation again there are no genetic problems.

This should not be surprising as this was expected but I’m really struggling with this element of my miscarriages. Healthy babies my body is killing off. I’d nearly feel better if it was a chromosomal issue because at least I could do pgta testing with ivf but that’s not an option for us.

I just can’t understand why I keep losing these healthy babies at 8 weeks or after.

Is anyone else in the same boat? I feel like this is unusual even in the world of recurrent loss.