Abstract: Provided herein are methods for altering a health state of a subject by administering a wellness intervention to subjects found to have quantitative measures of microbial genera in the subject's microbiome that are associated with undesirable health states. Undesirable health states can be inferred by executing models that predict health states based on the quantitative measures, such as relative amounts of selected microbial genera to all microbes. Models are created by statistical methods that analyze datasets that include, for each of a plurality of subjects, verified health states and quantitative measures of each of a plurality of microbes classified at designated taxonomic levels, e.g., genus level.

Abstract: Provided herein are methods for altering a health state of a subject by administering a wellness intervention to subjects found to have quantitative measures of microbial genera in the subject's microbiome that are associated with undesirable health states. Undesirable health states can be inferred by executing models that predict health states based on the quantitative measures, such as relative amounts of selected microbial genera to all microbes. Models are created by statistical methods that analyze datasets that include, for each of a plurality of subjects, verified health states and quantitative measures of each of a plurality of microbes classified at designated taxonomic levels, e.g., genus level.

Abstract: Provided herein are methods for altering a health state of a subject by administering a wellness intervention to subjects found to have quantitative measures of microbial genera in the subject's microbiome that are associated with undesirable health states. Undesirable health states can be inferred by executing models that predict health states based on the quantitative measures, such as relative amounts of selected microbial genera to all microbes. Models are created by statistical methods that analyze datasets that include, for each of a plurality of subjects, verified health states and quantitative measures of each of a plurality of microbes classified at designated taxonomic levels, e.g., genus level.

Abstract: A weighing apparatus, the weighing apparatus comprising a weighing portion including means for at least temporarily retaining an item to be weighed thereon, and a measurement portion in communication with the weighing portion, wherein the measurement portion comprises at least two indicators for indicating the weight of the item attached to the weighing apparatus, each of the indicators for indicating the weight of the item in different conditions.

Abstract: A weighing apparatus, the weighing apparatus comprising a weighing portion including means for at least temporarily retaining an item to be weighed thereon, and a measurement portion in communication with the weighing portion, wherein the measurement portion comprises at least two indicators for indicating the weight of the item attached to the weighing apparatus, each of the indicators for indicating the weight of the item in different conditions.

Abstract: Methods for amplifying genomic DNA and genotyping amplified genomic DNA samples are provided. The genotyping methods use genotyping arrays of probes that are allele specific probes for single nucleotide polymorphisms (SNPs). The methods also relate to methods for amplifying a plurality of genomic DNA samples from a plurality of individuals in a manner that minimizes the potential for contamination of samples that have not been amplified by amplicons from samples that have already been amplified.