BrainChildren Chemistry
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BrainChildren Chemistry
Novel
Children
1200. Ligand-based rational design, synthesis and evaluation of novel potential chemical chaperones for opsin
170 A novel rhodopsin analog with bicyclic retinal involving the 8-18 bonded structure in the chromophore
299. Ab initio multiconfigurational study of the artificial rhodopsin pigment with 11-cis-locked retinal chromophore: Towards novel fluorescent probes
336. Novel artificial molecular switch that mimics the visual pigment Rhodopsin and completes its photocycle in picoseconds: Computational investigation
45. Ligand-based rational design, synthesis and evaluation of novel potential chemical chaperones for opsin
60. Computational studies towards the identification of novel rhodopsin-binding compounds as chemical chaperones for misfolded opsins
798. Complete chemical structure of photoactive yellow protein: novel thioester-linked 4-hydroxycinnamyl chromophore and photocycle chemistry
89 A novel rhodopsin analog with bicyclic retinal involving the 8-18 bonded structure in the chromophore
9. Development of a novel channelrhodopsin using retinal derivative having an extended conjugate system
95 A novel rhodopsin analog possessing the conformationally 6-s-cis-fixed retinylidene chromophore
987. A novel rhodopsin analog possessing the cyclopentatrienylidene structure as the 11-cis-locked and the full planar chromophore
Aether in Fantasy Novels and Role-Playing Games
Alkanoylation in the Development of Novel Catalysts
Applications in Novel Fields and Technologies
Applications in Novel Materials
Applications of Novel Stationary Phases
Azulenic retinoids: novel nonbenzenoid aromatic retinoids with anticancer activity
Chemical Novelty
Chemical Space Exploration for Novel Reaction Discovery
Computational acceleration of novel organic electronic materials development
Creation of Novel Functions
Design of Novel Barrelene Derivatives
Design of novel catalysts
Design of novel catalysts and materials
Design of novel Lewis acids and bases
Design of novel materials and devices
Design Principles for Novel Encounters
Designing Novel Crown Ethers
Designing Novel Dipolar Materials
Designing novel materials with desired electronic properties
Developing novel data analysis algorithms
Developing Novel Switching Mechanisms
Developing novel therapeutic strategies targeting ABC transporters
Development of Novel 1,3-Dipole Reactions
Development of Novel Amine Absorbents
Development of novel amphoteric materials
Development of Novel Analytical Techniques
Development of novel antimicrobials
Development of novel applications and synthetic strategies using Etard's Reaction
Development of novel azacarbene-based reactions
Development of Novel Band Gap Engineering Techniques
Development of novel calcitonin analogs
Development of Novel Catalysts
Development of novel computational algorithms
Development of Novel Drug Delivery Systems
Development of novel Emission Efficiency probes
Development of novel excitation sources
Development of novel experimental approaches
Development of novel fluorophores and probes
Development of novel glucose-lowering drugs
Development of novel industrial applications for beta-branching
Development of novel labeling techniques
Development of novel materials for catalysis
Development of novel probe materials
Development of novel therapeutic approaches using unipotent stem cells
Novel Techniques