Eight microcentrifuge tubes in plastic bag, part of Model 362 Gene Scanner, United States, 1989 1989-1995
Polypropylene plastic plate with 96 wells and a 20 nanometre polycarbon plate, as a variant of the iChip, specifically to grow formerly uncultivated environmental species, based on an idea by Slava Epstein and colleagues at Northeastern University, adapted from a piece of standard laboratory kit made by ThermoFisher Scientific, United States, May 2017 Isolation chip, or ichip 2017
Isolation chip, known as iChip, for isolation of microorganisms that cannot be cultivated using conventional microbiological techniques using an array of 384 miniature diffusion chambers, based on an idea by Slava Epstein and colleagues at Northeastern University, made by HI-TECH Manufacturing, United States, January 2010 Isolation chip, or ichip 2010
Graduated chemical tube with straight bore, stopcock and side arms, possibly part of voltameter apparatus. Graduated chemical tube with straight bore
Eight items of laboratory apparatus, belonging to Frederick Belding Power Eight items of laboratory apparatus, belonging to Frederick Belding Power
Sample chemicals from research undertaken by chemists in Owens College Chemistry Department, c. 1860s-1880s. Glass end cap containing a tube with wire. Sample chemicals from research undertaken by chemists in Owens College Chemistry Department 1865; 1865; 1864; 1880
Laboratory apparatus, used in the Applied Physiology Department of the London School of Hygiene and Tropical Medicine, 1927-1950 Laboratory apparatus
Dismantled Isolation chip, known as iChip, for isolation of microorganisms that cannot be cultivated using conventional microbiological techniques using an array of 384 miniature diffusion chambers, based on an idea by Slava Epstein and colleagues at Northeastern University, made by HI-TECH Manufacturing, United States, January 2010 Isolation chip 2010