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Bush Development Requirements, RNA Extraction, and you may Library Preparation

Bush Development Requirements, RNA Extraction, and you may Library Preparation
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Rbase kozoWeill cornellFarooq moinLibrary preparationBush development requirementsBeckman coulterDevelopment requirementsAxyprep journalIllumina hiseqGenomics resources key facilityEnsembl genomes

In Vitro Development Competence of Ovine Oocytes

Investigating the beneficial effects of selenium doped carbon quantum dots supplementation on the in vitro development competence of ovine oocytes. Read more..

United statesInner mongoliaNei mongolWalter heapeNingbo sanshengLibrary prep kitExperimental group settingGene denovo biotechnology coThermo fisherSigma aldrichStatistical package for the social sciencesThermo fisher scientificField transmission electron microscopeDiffraction systemX ray photoelectron spectroscopyThermo fisher scientific escalab

BIRC7 is beneficial for melanoma progression

We characterized differentially expressed genes (DEGs) in the response of CM cells to normoxia and hypoxia.

United statesUnited kingdomBioanalyzer agilentFranklin lakesNuclear fractionationGenepharm coChinese academy of sciences shanghaiCell bankA biotech company catChinese academyDon whitley scientificRabbit iggIllumina hiseqBeyotime biotechnologyBiotech companySix up regulated

blaOXA-1- and mph(A)-producing Vibrio furnissii

This is the first reported Vibrio species that possesses an mph(A)- and blaOXA-1-bearing conjugative plasmid.

Zhuhai peopleIllumina hiseqOxford nanoporeImage generatorInhibitory concentrationsStrains against different antimicrobials usedEosin methylene blue

Integrative transcriptome and proteome analyses of Trichoderma longibrachiatum LC and its cellulase hyper-producing mutants generated by heavy ion mutagenesis reveal the key genes involved in cellulolytic enzymes regulation | Biotechnology for Biofuels and Bioproducts

The major challenge of facing the efficient utilization of biomass is the high cost of cellulolytic enzyme, while the Trichoderma longibrachiatum plays an essential role in the production of industrial enzymes and biomass recycling. The cellulase hyper‑producing mutants of LC-M4 and LC-M16 derived from the wild type T. longibrachiatum LC strain through heavy ion mutagenesis exhibited the high-efficiency secretion ability of cellulase and hemicellulose. The FPase activities of LC-M4 (4.51 IU/mL) and LC-M16 (4.16 IU/mL) mutants increased by 46.91% and 35.5% when compared to the LC strain, respectively. Moreover, these two cellulase hyper-producing mutants showed faster growth rate on the cellulosic substrates (Avicel and CMC-Na) plate than that of LC strain. Therefore, an integrative transcriptome and proteome profiling analysis of T. longibrachiatum LC and its cellulase hyper‑producing mutant LC-M4 and LC-M16 were employed to reveal the key genes involved i

United statesBiosystems quantstudioShanghai applied protein technologyBiophysics laboratory of institute modern physicsThermo fisherChinese academy of sciencesBiophysics laboratoryModern physicsChinese academySolarbio biotechAgilent technologiesIllumina hiseqApplied biosystems quantstudioThermo scientificThermo fisher scientificThermo scientific acclaim pepmap

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