Font Size:
a
A
A
Keyword ["cleavage-recombination" dynamic reversibility]
Result: 181 - 200 | Page: 10 of 10
181.
Anthraquinone Amino Acid Synthesis,
182.
Alkaline Medium, The Aryl Ether Bond Stability Study
183.
The .16 Mnr Steel, Ductile-brittle Transition Cleavage Fracture,
184.
Artificial Nucleases - Widowed Polyamide And Silk Groups Peptide Conjugates Synthesis Study
185.
Ferrous-catalyzed Artemisinin And Some Of The Reaction With Thiol Compounds
186.
Free Radical Cleavage Of Artemisinin Ether Bridged Dimer Derivatives
187.
Artemisinin Dimers Derivatives Of Isobutylene-based Bridging Radical Cleavage
188.
Spiral Of Tungsten Copper Alloy Forging
189.
Chromium (iii) With The Synthesis, Crystal Structure And Nature Of The Study
190.
Chromium (iii) Complexes Synthesis, Crystal Structure And Interaction With Dna
191.
Of Monel Alloy / Cu Explosive Composite Rod Combined With Numerical Simulation Analysis Of The Interfacial Microstructure Observation And Recombination Processes
192.
New Ternary Pyridine Copper Complexes Synthesis, Crystal Structure And Dna Interaction Studies
193.
Syntheses, Structures And Properties Of Self-assembly Based On Symmetrical And Asymmetrical Schiff-base Organic Ligands
194.
Study On The Photoelectrochemical Water Splitting Performance Of Optimized α-Fe
2
O
3
Photoanode Materials
195.
Dealkylation Of Alkyl Aryl Ethers And Its Application To Degradation Of Lignin Model Compounds
196.
Synthesis Of Asymmetrical Triarylamine Organic Photosensitizer Based On Truxene And Application In DSSCs
197.
Constructing Low Methanol Saccharomycetes By Knocking Out Gene Of Glycine Glycocoll Lyase System And Its Application
198.
Coupled Recombinant System Co-expressing Stereospecific Carbonyl Reductase And Glucose Dehydrogenase For Asymmetric Synthesis Of(R)-4-Methoxyl-1-Phenylethanol
199.
Studies On The Oxidation-degradation Reaction Of Aliphatic Alcohols
200.
Research Of The Interaction Between Aromatic Dipeptides With Monovalent Metal Ions And Their Dna Cleavage Activity
<<First
<Prev
Next>
Last>>
Jump to