I’ve been exposing myself to similar, vaccine induced T cell production to fight cancer, research recently due to a family member recently going through it with pancreatic cancer.<p><a href="https://www.mskcc.org/news/can-mrna-vaccines-fight-pancreatic-cancer-msk-clinical-researchers-are-trying-find-out" rel="nofollow">https://www.mskcc.org/news/can-mrna-vaccines-fight-pancreati...</a><p>My family member was ineligible for the trial due to requiring chemo before surgery due to ca19-9 markers being above the limit for surgery eligibility.<p>Here are some of my observations as someone forced to the outside:<p>I read the 2017 and phase i papers.<p>They are both very mathy and talk more about the life spans of their induced T cells than their patients.<p>Looks like phase i was 19 patients (16 given the vaccine), 2 recurred, one died, they seem to want to blame the patients’ immune system.<p>The study is: surgery, vaccine, then 12 cycles of chemo regiment, then vaccine booster.<p>I was frustrated to see a lack of any search results for “diet”, “nutrition”, “sugar”, “glutamine”, in either paper.<p>I think the mathy science is cool, and a necessary component, but focusing on pharmaceutical solutions and calculating their efficacy based on if their intended biological reaction occurred, seemingly oblivious of, or defiantly ignoring, lifestyle change appears misguided.<p>Diet and exercise is insufficient on its own, but due to the vast differences in individual diets, studies like these should include lifestyle requirements as a control.<p>Especially if they are going to point at a patients immune system.<p>Diet effects on both immune system function and specifically targeting cancers is uncontroversial and scientifically supported.<p>Why are these two research efforts so siloed from each other?!