Abstract: As disclosed herein, a computer-implemented method for refining a description of a desired digital asset through interactive conversational exchange is provided. The computer-implemented method may include receiving, via a conversational user interface (UI), a first input from a user including a description of a desired digital asset. The computer-implemented method may include prompting the user to provide a second input including additional details about the desired digital asset. The computer-implemented method may include generating, based on the second input, a first refined description of the desired digital asset. The computer-implemented method may include providing the first refined description to a machine learning (ML) model to generate the desired digital asset. A system and a non-transitory computer-readable storage medium are also disclosed.

Abstract: Caucasian males, but not females, presenting with statistically significant increases of L162V allelic SNP of the PPAR? gene, relative to that of wild-type homozygotes, have an increased likelihood of increased regional adiposity (subcutaneous fat) and BMI, and are more likely to develop diseases associated with such changes, such as type 2 diabetes and metabolic syndrome.

Abstract: We have identified and isolated a 12 kb region immediately upstream of the AKT1 gene containing eight single nucleotide polymorphic polynucleotides (SNPs) in 4 haplotype regions that show strong association with body composition, Basal Mass Index, and AKT1 expression enhancement in human males. A four-locus haplotype (Haplotype 2) was defined where residues within highly conserved regulatory regions were altered. This haplotype explained up to 26% of population variation in bone cortical volume, 12% of subcutaneous fat volume, and 9% of strength variation, resulting in a body build with large bones, strong muscles, and low subcutaneous fat. Other SNPs detect, presymptomatically, the potential for increased amounts of subcutaneous fat and Type II diabetes. The detection of these SNPs by the techniques described herein forms the foundation for genotype-specific clinical interventions designed to slow the rapid population increases in obesity and Type II diabetes.

Abstract: A method of processing silver halide black-and-white photographic material in a processing machine which transports the material to be processed, through several processing tanks. The processing machine includes at least one tank with fixing ability and at least one tank which is either a wash or stabilizer tank. The wash or stabilizer tank furthest from the fixer tank(s) is replenished with wash or stabilizer solution. Outflow from the wash tank or stabilizer tank nearest the fixer tank(s) is passed to the nearest fixer tank together with a fixer replenishment solution to maintain the fixer's working composition. The total submersion time in the tank(s) having fixing ability is less than 25 seconds and the ratio of coated silver in the unprocessed photographic material (in g/m.sup.2) to the sum of the rates of addition to the fixer tank (in l/m.sup.2) of the wash outflow and fixer replenishment solution is greater than 10 g/l.