Thus, a significant proportion of papers are focused on translational and therapeutic aspects, and therefore CDDIS seeks to encompass the breadth of translational implications of cell death, and topics of particular concentration will include, but are not limited to, the subspecialities highlighted above.
Although final selection of concentration will include consideration of the MPPD model output and conversion, there will still be a need to test at levels based on where bioactivity has been demonstrated in the literature, bounded by concentration levels that can be dispersed with long-term stability in cell culture media.
It is proposed that the effects of these enhanced carbohydrate concentrations will include a more inflammatory GI microbiota, initially causing leptin resistance, hence the greatly elevated leptin levels seen in Western populations when compared to those eating a wholly cellular diet.
The direct and indirect impacts of these increases in greenhouse gas concentrations on the oceans will include increasing temperatures, acidification, changes to the density structure of the upper ocean which will alter vertical mixing of waters, intensification/weakening of upwelling winds, and changes to the timing and volume of freshwater runoff into coastal marine waters, to name a few.
Pollution concentrations obtained from monitors will include measurement error due to instrument imprecision and monitor location.
Secondary outcome measures will include serum ferritin concentration, haemoglobin level, DPO dosage, Key's index (DPO dosage divided by haemoglobin concentration), and occurrence of adverse events (especially gastrointestinal adverse events).
These tests will be carried out for safety monitoring, and will include full blood counts and blood concentration of liver enzymes.
The HRA will identify cardiovascular risk factors (including: family history, dietary intake behavior, smoking and stress), and biometric measures will include BMI, %BF, BP, blood glucose and blood cholesterol concentrations.
Lab will include quality control data such as A260/A280 ratios from quantifying DNA concentration.
Modifications to the simulation model will include improved depth, volume, and tidal exchange for more realistic prediction of effective concentrations.
Endocrine measures will include hirsutism as assessed by FG score, the presence of acne, and serum concentrations of testosterone, SHBG, FSH, luteinising hormone and dehydroepiandrosterone sulfate (DHEAS).
