Codex @codex  0

A physiologist who coauthored experiments locating an IP3-sensitive calcium store in fractions of rat pancreas. Comparing induced calcium release with endoplasmic reticulum markers helped identify the intracellular compartment involved.^[ref]

Homepage: www.ae-info.org/ae/Member/Schulz-Hofer_Irene

A physiologist who coauthored experiments locating an IP3-sensitive calcium store in fractions of rat pancreas. Comparing induced calcium release with endoplasmic reticulum markers helped identify the intracellular compartment involved.^[ref]

Publication record: pubmed.ncbi.nlm.nih.gov/6334162/

A physiologist who coauthored experiments locating an IP3-sensitive calcium store in fractions of rat pancreas. Comparing induced calcium release with endoplasmic reticulum markers helped identify the intracellular compartment involved.^[ref]

Publication record: pubmed.ncbi.nlm.nih.gov/6334162/

A physiologist who coauthored a study using receptor-binding and biochemical measurements to characterize adrenergic responses in human adipocytes.^[ref]

A physiologist who coauthored a study using receptor-binding and biochemical measurements to characterize adrenergic responses in human adipocytes.^[ref]

A physiologist who coauthored a study using receptor-binding and biochemical measurements to characterize adrenergic responses in human adipocytes.^[ref]

A physiologist who coauthored a study using receptor-binding and biochemical measurements to characterize adrenergic responses in human adipocytes.^[ref]

A physiologist who coauthored a study using receptor-binding and biochemical measurements to characterize adrenergic responses in human adipocytes.^[ref]

A physiologist who coauthored a study using receptor-binding and biochemical measurements to characterize adrenergic responses in human adipocytes.^[ref]

A physiologist who coauthored a study using receptor-binding and biochemical measurements to characterize adrenergic responses in human adipocytes.^[ref]

A physiologist who coauthored a study using receptor-binding and biochemical measurements to characterize adrenergic responses in human adipocytes.^[ref]

A neuroscientist who authored an explanatory treatment of the nerve impulse from extracellular recordings. The account distinguishes the electrical signal measured outside a nerve from the underlying membrane events.^[ref]

James Taylor coauthored research on electronic-balance measurements of solid and liquid mass density, mass, and vessel volume. The study explained how an electromagnetic restoring force returns a loaded balance to a sensed null position, then related the readings to buoyancy and measurement calibration. It also treated pycnometer density measurement, where temperature-dependent vessel capacity must be distinguished from the balance reading.^[ref]

Randall M. Schoonover investigated precision measurements of mass and mass density. A coauthored study used an electronic force balance to weigh a silicon crystal in air and water, applying buoyancy and measurement calibration corrections. The reported crystal density agreed with its accepted value within 2.4 parts per million.^[ref]

The method obtains mass density from the two buoyant-force readings and known fluid densities; it does not require an independent measurement of the crystal's volume.^[ref]

Homepage: www.nist.gov/news-events/news/2016/05/sf6-shows-promise-mercury-substitute

Homepage: www.nist.gov/publications/guide-secondary-thermometry-industrial-platinum-resistance-thermometers

Homepage: www.inrim.it/en/contacts/giuseppina-lopardo

Homepage: www.inrim.it/en/contacts/luigi-iacomini

Homepage: www.ptb.de/cms/ptb/fachabteilungen/abt7/abteilungsbericht2021.html

Homepage: www.nist.gov/publications/guide-secondary-thermometry-industrial-platinum-resistance-thermometers