Methanol - Globe Thesis

Keyword [Methanol] Result: 41 - 60 \| Page: 3 of 4
41.	Regulation Networks Of Transcription And Metabolism In A Novel Methanol Free Expression System Of Pichia Pastoris
42.	A Study On How GPI-anchored Protein Gcw13p Effects The Methanol Utilization And Growth Of Pichia Pastoris
43.	Transcriptomic Analysis Of Impacts Of Glycerol On Methanol Metabolism In Pichia Pastoris
44.	The Identification And Validation Of Long Non-coding RNA In Komagataella Phaffii Based On RNA-seq
45.	Heat Effect Of Dielectric Barrier Discharge And Its Application In Methanol Reforming For Hydrogen Production
46.	Coarse-grid CFD Simulation Of Methanol-to-olefins Fluidized Bed Reactors
47.	Regulation Mechanism Of Pichia Pastoris HOT In MAPK/HOG Signaling Pathway And Methanol Metabolism
48.	Construction And Transcriptome Analysis Of Non-methanol-utilizing Pichia Pastoris With High Expression Of Recombinant Protein
49.	Numerical Simulation Study On Partial Oxidation Of Methane In Atmospheric Pressure Non-equilibrium Plasma
50.	Research On Risk Management Of Explosion Accident In Methanol Tank Area Based On Bayesian Network
51.	Combinatorial Engineering Of Transcriptional Regulatory Elements To Construct Efficient Promoters In The Methylotrophic Yeast Pichia Pastoris
52.	Study The Correlation Between The 6.7GHz Methanol Maser And The Radio Recombination Line In The Massive Star-forming Region
53.	Electron spin resonance investigations of ionomer membranes
54.	Biodegradation of methanol and alpha-pinene using thermophilic bacteria and its application in thermophilic biofiltration systems
55.	Identification and levels of organochlorine compounds in birds and marine mammals
56.	Multiple steady states, dynamics and optimal control of a biological reactor
57.	Adsorption of N-hexane, methanol and water vapor and binary mixtures of N-hexane/water vapor on super activated carbon nanoparticles
58.	Theoretical Study On Conversion Mechanism Of Nuclear Spin Isomers Of Gaseous Methanol
59.	DFT Study On The Conversion Of Methane Catalyzed By A Single Metal Atom On Graphene
60.	In-situ Electrochemical Nuclear Magnetic Resonance:a Study In Detection Device And Acquisition Technology
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