Just an observation.
With the first cyclo study (Rekeland et al.) it looked like the critical factor for response was whether you had either of the two HLA risk alleles.
Then in Rekeland’s dissertation, she didn’t delve into the HLA alleles again, but noted that the baseline (low) IGG levels were the critical factor for a response to cyclophosphamide.
Then in the talk that Rekeland gave in Sweden last year she brought up low IGG as being the important factor with respect to response to Daratumumab.
Now in the recent talk in Berlin, Fluge mentioned that high baseline NK cells is the key factor to responding to Daratumumab, and doesn’t mention low IGG or the risk alleles as critical factors for responding to Daratumumab.
Was thinking about this because we were all freaking out about our IGG levels, and we now maybe we should freak out about our NK cell quantity.
ETA—maybe you would be a super-responder if you had the 2 risk alleles, low IGG and high NK cells?
With the first cyclo study (Rekeland et al.) it looked like the critical factor for response was whether you had either of the two HLA risk alleles.
Then in Rekeland’s dissertation, she didn’t delve into the HLA alleles again, but noted that the baseline (low) IGG levels were the critical factor for a response to cyclophosphamide.
Then in the talk that Rekeland gave in Sweden last year she brought up low IGG as being the important factor with respect to response to Daratumumab.
Now in the recent talk in Berlin, Fluge mentioned that high baseline NK cells is the key factor to responding to Daratumumab, and doesn’t mention low IGG or the risk alleles as critical factors for responding to Daratumumab.
Was thinking about this because we were all freaking out about our IGG levels, and we now maybe we should freak out about our NK cell quantity.
ETA—maybe you would be a super-responder if you had the 2 risk alleles, low IGG and high NK cells?