Microbial carbon use efficiency (CUE) and nitrogen use efficiency (NUE) were significantly positively correlated, and both declined with increasing nitrogen addition rates.
#NitrogenDeposition | #MicrobialGrowth | #MicrobialMineralization | #SoilDepth | #CarbonFractions
【🎉Latest accepted article】
Parallel patterns of microbial carbon and nitrogen use efficiency in response to nitrogen addition across #SoilDepths in a Castanopsis faberi forest
#NitrogenDeposition | #MicrobialGrowth | #MicrobialMineralization | #CarbonFractions
Abstract. Microbial carbon use efficiency (CUE) and nitrogen use efficiency (NUE) are key parameters that determine the fate of carbon (C) and nitrogen (N)
Oh now this is fun
Nielsen etc did absolute-calibrated #proteome #transcriptome and #metabalome on yeast in chemostats (C-limited), so another dope data set for the #PieChart Theory of #MicrobialGrowth
Also estimating the % occupancy of individual #enzyme , that 35 or so are >90% used up for throughput, so maybe limiting metabolic chokepoints
Oh and tldr #amino-acids are super limiting so #aminoacidMetabolismRules
Understanding how yeast organizes its functional proteome is a fundamental task in systems biology. Here, the authors conduct a multiomics analysis on yeast cells cultured with different growth rates, identifying a linear dependence of the functional proteome on the growth rate.
Journal of Plant Ecology
darachm