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Carlos Bustamante

Researcher at Stanford University

Publications -  799
Citations -  122303

Carlos Bustamante is an academic researcher from Stanford University. The author has contributed to research in topics: Population & DNA. The author has an hindex of 161, co-authored 770 publications receiving 106053 citations. Previous affiliations of Carlos Bustamante include Lawrence Berkeley National Laboratory & University of California.

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Complexities of gene expression patterns in natural populations of an extremophile fish (Poecilia mexicana, Poeciliidae).

TL;DR: The majority of variation in gene expression was correlated with organ type, and the presence of specific environmental stressors elicited unique expression differences among organs, potentially indicating that physiochemical stressors with clear biochemical consequences can constrain the diversity of adaptive solutions that mitigate their adverse effects.
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DeepTag: inferring diagnoses from veterinary clinical notes.

TL;DR: A deep learning algorithm, DeepTag, which automatically infers diagnostic codes from veterinary free-text notes and enables automated disease annotation across a broad range of clinical diagnoses with minimal preprocessing.
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The Biogenesis of SRP RNA Is Modulated by an RNA Folding Intermediate Attained during Transcription.

TL;DR: Surprisingly, SRP RNA folding is robust to transcription rate changes and the presence or absence of its 5'-precursor sequence, and the folding pathway reveals the obligatory attainment of a non-native hairpin intermediate (H1) that eventually rearranges into the native fold.
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Morphological characteristics of five bycatch sharks caught by southern Chilean demersal longline fisheries

TL;DR: The objective of this paper is to contribute to the biology and systematic knowledge of demersal shark species, teeth and dermal denticle morphology and neurocraneum morphometrics of two species of Scyliorhinids, the redspotted catsharks and the dusky catshark, as well as three Squaliforms.
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Of torques, forces, and protein machines.

TL;DR: The advent of novel methods of single-molecule manipulation offer researchers the opportunity to measure directly the forces holding molecular structures together, to measure the stresses and strains generated in the course of chemical and biochemical reactions, to exert external forces to alter the fate of these reactions, and to reveal the rules that govern the interconversion of mechanical and chemical energy in these reactions.