A number of factors have been identified to affect DNA analysis for forensic purposes.
Two parameters are identified to affect the process performance: CO2 capture level and CO2 production rate.
Besides the mechanisms of the true gas/solids separation, the production of fines due to particle attrition is identified to affect these two aspects.
Electron transfer in P450BM3 is well studied, and several amino acids have been identified to affect this process.
miRNAs have been identified to affect multiple biological functions including stem cell differentiation, neurogenesis, hematopoiesis, immune response, skeletal and cardiac muscle development.
A single mutation has been identified to affect Phe623, a highly conserved residue of the REM domain located at the interface with the CDC25 domain.
Many parameters have been identified to affect divergence time estimates in phylogenies, including taxon sampling, reliability, number and placement of internal calibration points, and dating method [ 6- 16].
Moreover, several of the known downstream targets of telomerase have been identified to affect islet cell growth and regeneration [ 29, 30], whereas a link to telomerase deficiency had not been established.
In other systems, multiple posttranslational modifications, including phosphorylation of MeCP2, have been identified to affect MeCP2 binding to cofactors and methylated DNA and thus modulate MeCP2's effect on gene expression.
