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- Novel azo epoxide derivatives alkylating agents for crosslinking of DNA strands: Synthesis and differential dying performance.
- Synthesis, structural characterization and bioactivity of novel heterocyclic alkylating agents for crosslinking of DNA strands.
- Synthesis, molecular structural characterization and bioactivity of novel epoxide derivatives alkylating agents for crosslinking of DNA strands.
- Design, Quantum mechanical (QM) structural and retrosynthesis of novel heterocyclic alkylating agents for crosslinking of DNA strands.
- Quantum mechanical (QM) structural design and synthesis of novel epoxide derivatives alkylating agents for crosslinking of DNA strands.
- Dual functional acylating agents for crosslinking of DNA strands: Synthesis, structural characterization and crosslinking performance.
- Synthesis, structural characterization and application of novel three membered heterocyclic derivatives alkylating agents for crosslinking of DNA strands.
- Novel acylating agents for crosslinking of DNA strands: Design, Quantum mechanical (QM) structural and substrate binding analysis.
- Design, Quantum mechanical (QM) structural and substrate binding analysis of novel three membered heterocyclic derivatives alkylating agents for crosslinking of DNA strands.
- Differential reactivity performance of novel dual functional acylating agents for crosslinking of DNA strands.
- Synthesis and differential reactivity performance of novel three membered heterocyclic derivatives alkylating agents for crosslinking of DNA strands.
- Synthesis, structural characterization and bioactivity of novel dual functional acylating agents for crosslinking of DNA strands.
- Synthesis, structural characterization and bioactivity of novel three membered heterocyclic derivatives alkylating agents for crosslinking of DNA strands.
- Computer aided molecular designing (CAMD) of dual functional acylating agents for crosslinking of DNA strands.
- Novel three membered heterocyclic C-N bond carrying derivatives as alkylating agents.
- Synthesis, structural characterization and crosslinking performance of novel heterocyclic alkylating agents for crosslinking of DNA strands.
- Designing, retrosynthesis and application of novel epoxide derivatives alkylating agents for crosslinking of DNA strands.
- Quantum mechanical (QM) structural designing and substrate binding analysis of novel heterocyclic alkylating agents for crosslinking of DNA strands.
- Novel epoxide derivatives alkylating agents for crosslinking of DNA strands: Design, Quantum mechanical (QM) structural and substrate binding analysis.
- Synthesis and differential reactivity performance of novel heterocyclic alkylating agents for crosslinking of DNA strands.
- Taxane family microtubule disassembly inhibitor drug molecules: Molecular structural characterization and stereochemical analysis using two dimensional 2D-NMR COSY techniques.
- Two dimensional 2D-NMR HETCOR techniques for characterization and stereochemical analysis of diterpenes and taxane microtubule disassembly inhibitor drug molecules.
- 2D-NMR NOESY techniques for stereochemical analysis of Taxane family microtubule disassembly inhibitor drug molecules.
- Molecular structural characterization and MALDI-TOF HR-MS fragmentation analysis of Taxane family microtubule disassembly inhibitor drug molecules
- Computer aided molecular designing (CAMD), Quantum mechanical (QM) and binding interaction analysis of chemioselective novel phosphonyl derivatives for inhibition of acetylcholinesterase (AChE).
- Retrosynthesis and molecular structural characterization of chemioselective novel phosphonyl derivatives for inhibition of acetylcholinesterase (AChE).
- Chemioselective novel derivatives for inhibition of Butyrylcholinesterase (BChE): Computer aided molecular designing (CAMD), Quantum mechanical (QM) and binding interaction analysis.
- Inhibition of Butyrylcholinesterase (BChE): Synthesis and molecular structural characterization of chemioselective novel derivatives.
- Dimethoate derivatives for inhibition of acetylcholinesterase (AChE): Computer aided molecular designing (CAMD), Quantum mechanical (QM) and binding interaction analysis of chemioselective.
- Retrosynthesis and molecular structural characterization of chemioselective novel dimethoate derivatives for inhibition of acetylcholinesterase (AChE).
- Ladostigil derivatives for inhibition of Butyrylcholinesterase (BChE): Computer aided molecular designing (CAMD), Quantum mechanical (QM) and binding interaction analysis.
- Structural characterization of chemioselective novel Ladostigil derivatives for inhibition of Butyrylcholinesterase (BChE).
- Novel derivatives of dialifor for inhibition of acetylcholinesterase (AChE): Computer aided molecular designing (CAMD), Quantum mechanical (QM) and binding interaction analysis.
- Binding energy calculation, retrosynthesis and molecular structural characterization of chemioselective novel dialifor derivatives for inhibition of acetylcholinesterase (AChE).
- Tacrine derivatives for inhibition of Butyrylcholinesterase (BChE): Computer aided molecular designing (CAMD), binding interaction analysis.
- FAB and SIMS HR-MS based structural characterization and fragmentation analysis of Taxane family microtubule disassembly inhibitor drug.
- Vinca alkaloids family microtubule assembly blocker drug molecules: Analysis using two dimensional 2D-NMR COSY techniques.
- Two dimensional 2D-NMR HETCOR techniques based stereochemical analysis of Vinca alkaloids family microtubule assembly blocker drug molecules using
- Synthesis, structural characterization and application of novel azo glycol chromophores.
- Novel azo polyol derivatives: Synthesis, structural characterization and application.
- Azo -N=N- glycol chromophores: Design, Quantum mechanical (QM) structural and substrate binding analysis.
- Noncovalent bonding with substrate analysis of novel polyol chromophore derivatives.
- Differential dying performance of novel azo glycol chromophores on polymeric substrates.
- Synthesis and differential dying performance of novel azo polyol derivatives on polymeric substrates.
- Novel bioactive azo esters chromophores: Synthesis, structural characterization.
- Biazo derivatives: Synthesis, structural characterization and bioactivity.
- Chromatic properties of designed novel poly azo glycol chromophores.
- Design, Quantum mechanical (QM) structural and retrosynthesis of novel azo polyol derivatives.
- 2D-NMR NOESY techniques for molecular structural characterization and stereochemical analysis of Vinca alkaloids family microtubule assembly blocker drug molecules.
- MALDI-TOF HR-MS techniques-based fragmentation analysis of Vinca alkaloids family microtubule assembly blocker drug molecules.
- FAB and SIMS HR-MS techniques for molecular structural characterization and fragmentation analysis of Vinca alkaloids family microtubule assembly blocker drug molecules.
- Chemioselective reactivity of novel Tacrine derivatives for inhibition of Butyrylcholinesterase (BChE).
- Azo -N=N- epoxide chromophores and their reactivity with polymeric substrates: Synthesis, structural characterization and application.
- Novel azo aziridine derivatives for application natural and synthetic polymeric substrates.
- Substituted azo -N=N-reactive epoxide chromophores.
- Azo –N=N- aziridine derivatives: Computer aided molecular design (CAMD), Quantum mechanical (QM) structural and polymeric substrate binding analysis.
- Biaziridine derivatives for crosslinking applications in polymeric substrates.
- Anthraquinone glycol chromophores for noncovalent polymeric binding: Synthesis, structural characterization and application.
- Polyol bonded Anthraquinone chromophoric polyol derivatives.
- Derivatives of substituted anthraquinone chromophores for angiography applications.
- Design, Quantum mechanical (QM) structural and substrate binding analysis of novel glycol derivatives bonded with chromophore for inter chain non covalent binding.
- Synthesis and differential dying performance of novel anthraquinone glycol chromophores on polymeric substrates.
- Molecular structural analysis, binding behavior and synthesis of novel anthraquinone glycol derivatives for polymeric substrates through Goldberg reaction.
- Fused polyaromatic molecules: Design, retrosynthesis, structural characterization and bioactivity.
- Synthesis, structural characterization and bioactivity of novel derivatives of benzoic acid derivatives.
- Epoxide bonded azo –N=N- chromophores: Synthesis and differential dying performance on carbohydrate polymeric substrates.
- Aziridine bonded chromophoric derivatives: Differential dying performance of on polymeric substrates.
- Bioactive epoxide bonded synthesized chromophores: Synthesis, structural characterization.
- Azo bonded heterocyclic derivatives with bioactive properties.
- Design, Quantum mechanical (QM) structural and retrosynthesis of novel azo epoxide chromophores.
- Asymmetric Wittig reaction: Design, Quantum mechanical (QM) structural analysis and reaction mechanism.
- Retrosynthesis of novel nitrobenzene derivatives.
- Oxidation of azo -N=N- bond to azoxy -N(OH)-N(OH)- : Investigation of reaction mechanism by spectroscopy, isotopes, intermediate trapping.
- Investigation of reaction mechanism of reduction of azo azoxy -N(OH)-N(OH) to -N=N- bond by spectroscopy, isotopes, intermediate trapping.
- Quantum mechanical (QM) calculations including establishment of reaction coordinate diagram of reaction mechanism of oxidation of azo -N=N- bond to azoxy -N(OH)-N(OH)-
- Reaction mechanism of reduction of azo azoxy -N(OH)-N(OH) to -N=N- bond by Quantum mechanical (QM) calculations including establishment of reaction coordinate diagram.
- Oxidation of chiral alkenes = in polyene chains: reaction mechanism by spectroscopy, isotopes, intermediate trapping.
- Investigation of reaction mechanism of reduction of chiral alkenes (=) bonds in polyene chain by spectroscopy, isotopes, intermediate trapping.
- Quantum mechanical (QM) calculations including establishment of reaction coordinate diagram of reaction mechanism of oxidation of chiral glycols to C=O.
- Reduction of chiral alkenes (=) bonds in polyene chain: Investigation of reaction mechanism by Quantum mechanical (QM) calculations including establishment of reaction coordinate diagram.
- Chemioselective conversion of OH to amine -NH2 in a glycol chain by protection and deprotection of selective OH groups on polyhydric alcohol chain.
- Conversion of OH to amine -SHin a glycol chain by protection and deprotection of selective OH groups on polyhydric alcohol chain.
- OH to -PR3 in a glycol chain: Chemioselective conversion by protection and deprotection of selective OH groups on polyhydric alcohol chain.
- Controlled oxidation of alcohol ROH groups to aldehydes CHO by use of a novel designed and synthesized designed organometallic RM catalyst.
- Confirmation of Reaction mechanism of Hoffmann reaction of chiral amides RCONH2 to amines R-NH2 through step-by-step intrinsic reaction coordinate (IRC) calculation.
- Curtis rearrangement reaction of chiral amides RCONH2 to amines R-NH2: Confirmation of Reaction mechanism through step-by-step intrinsic reaction coordinate (IRC) calculation.
- Dynamic NMR spectroscopic and QM based conformation analysis on impact of alkyl substitution on adjacent heterocyclic three membered rings and application in drug molecular synthesis.
- Impact of alkyl substitution on adjacent anhydride rings and application in drug molecular synthesis: Dynamic NMR spectroscopic and QM based conformation analysis on
- QM based conformation analysis on impact of aryl substitution on adjacent strained rings.
- Impact of aryl substitution on adjacent acyl bond C=O containing rings: QM based conformation analysis
- Novel alkyl substituted crown ether solvents with controlled polarity, inter space for anion and solvation properties.
- Cyclic ring containing crown ether solvents with controlled polarity, inter space for anion and solvation properties: Design and Synthesis.
- Ionic sulfonate ion containing crown ether solvents: Design and Synthesis.
- Design and Synthesis of halide containing crown ether solvents with controlled polarity, inter space for anion and solvation properties.
- Nitro group – NO2 containing crown ether solvents with controlled polarity, inter space for anion and solvation properties.
- Design and Synthesis of nitrile -CN group containing crown ether solvents with controlled polarity, inter space for anion and solvation properties.
- NR4 Tert-amine group containing crown ether solvents with controlled polarity and solvation properties.
- Design and Synthesis of alkoxy group OR containing ether solvents for ionic solvation properties.
- Heterocyclic aryl group containing crown ether solvents with controlled polarity, inter space for anion and solvation properties.
- Imidazole biphenyl derivatives for ACEI and ACEII inhibition.
- Quantum mechanical (QM) binding interaction analysis of H2S in the refining of petroleum with imidazolium CF3 substituted sulfate ionic liquid.
- Refining of petroleum with (ionic liquid): Quantum mechanical (QM) binding interaction analysis of separation of H2S gas.
- A binding interaction analysis of H2S with petroleum for the refining purpous by using Quantum mechanical (QM) approach.
- A study on Imidazolium amide ionic liquid: Quantum mechanical (QM) binding interaction analysis of H2S in the refining of petroleum.
- Refining of petroleum through imidazolium acetate ionic liquid: A computational binding interaction study of H2S in the refining of petroleum.
- Biological active Nanoparticles from Silver Ag.
- Gold Au nanoparticles designing for various medical applications.
- Design and modification of dextrose polymer for oil sorbent material to enhance the absorption of hydrophobic substance.
- Enhancement of porous properties in silica Si composite aerogels to achieve supper sorbent properties for oil.
- Surface modification of cellulose by conversion of -OH to acetate ester and analysis through spectroscopic and scanning electron microscopy (SEM).
- refining of petroleum through imidazolium halide ionic liquid: A Quantum mechanical (QM) binding interaction analysis for the separation of H2S.
- Surface modification of cellulose by conversion of -OH to alkene and analysis through spectroscopic and scanning electron microscopy (SEM).
- Spectroscopic and Imaging analysis of surface modified carbohydrate polymer by conversion of -OH to sulfonate ester.
- Design and synthesis of polycyclic alkyl group-based copolymer for enhancement of oxygen permselectivity.
- Design and synthesis of multifunctional nanoparticles from noble metals: A Novel Nanomaterial for Various Medical Applications and Biological Activities.
- CF3 substituted pyridinium sulfate ionic liquid: Binding interaction analysis of H2S.
- Refining of petroleum by removal of H2S in the refining of petroleum with aromatic pyridinium phosphate ionic adduct.
- Structural modification of polypropylene based oil sorbent material for enhance the absorption of hydrophobic substance.
- A Quantum mechanical (QM) based computational study for the refining of petroleum by using pyridinium sulfonate ionic liquid for H2S impurities.
- Imidazolium sulfonate ionic liquid: Quantum mechanical (QM) binding interaction analysis of H2S in the refining of petroleum.
- Fully oxidized graphene derivative supported catalysts for fuel cells: Design, Synthesis, catalytic properties and applications in reactions.
- Partially oxidized graphene derivative supported catalysts for fuel cells: Design, Synthesis, catalytic properties and applications in reactions.
- Alkene substituted graphene derivative supported catalysts for reactions in fuel cells.
- Design and synthesis and catalytic performance of alkyl R substituted graphene derivative supported catalysts for fuel cells.
- Graphene derivative with alkyne substitution as catalysts for reaction inside fuel cells: Design, Synthesis, catalytic properties and applications in reactions.
- Chloro Cl substituted graphene derivative supported catalysts applications in exothermic reactions.
- Sodium dodecyl sulfate and dioctyl sodium sulfosuccinate surfactant to increase hydrophobic interaction.
- Fluorinated substituted graphene derivative supported catalysts for fuel cells: Design, Synthesis, catalytic properties and applications in reactions.
- Facile synthesis of Iodo I substituted graphene derivative catalysts.
- Pyridinium halide ionic liquid: Quantum mechanical (QM) binding interaction analysis of H2S in the refining of petroleum.
- acetate CH3COOR containing pyridinium acetate ionic liquid for binding with H2S in the refining of petroleum.
- CONR2 containing pyridinium amide ionic liquid: Quantum mechanical (QM) binding interaction analysis of H2S.
- Oxidation of -OH to ketone group in surface modification of cellulose: Analysis through spectroscopic and imaging techniques.
- Conversion of -OH to ROR for surface modification of cellulose derivatives and analysis through spectroscopic and scanning electron microscopy (SEM).
- Bromo Br substituted graphene derivative supported catalysts for fuel cells: Catalytic properties and applications in reactions.
- Branched alkyl R substituted catalysts: Synthesis, catalytic properties and applications in fuel cell reactions.
- Molecular structural optimization of sodium alkyl carboxylates-based surfactant for hydrophobic interaction in industrial applications.
- Zwitterionic based surfactant to increase hydrophobic interaction and their application.
- Design, synthesis and application of novel imidazole ionic liquid for the separation of CO2 from natural gas
- Separation of H2S from natural gas: Design, synthesis and application of novel imidazole ionic liquid.
- Carboxymethyl cellulose blend films as packing material in food industry: Design and modification of molecular structure.
- Synthesis of composite for heat insulation based upon novel designed linear alkyl polysiloxane Si glass and Aluminum alloys.
- Composite for heat insulation based upon branched alkyl substituted polysiloxane Si glass
- Partial alkyl polysiloxane Si glass and Aluminum alloys: Synthesis of composite for heat insulation.
- Crosslinked polyamide CONR2 derivative for efficient physical performance.
- Design, synthesis and characterization of azo –N=N- chromophore bonded carbon nano tube (CNT).
- Anthraquinone chromophore bonded carbon nano tube: Design, synthesis and characterization.
- Novel designed Nitrile CN alkyl polysiloxane Si glass for incorporation in composite for heat insulation.
- Synthesis of composite for heat insulation based upon novel designed aryl alkyl polysiloxane Si glass and Aluminum alloys.
- Computer aided molecular designing (CAMD) of novel substituted aryl-based polyamide derivative for efficient physical performance.
- Substituted aryl alkyl block polyamide derivative for efficient physical performance: Computer aided molecular designing.
- Organometallic polyamide derivative for efficient physical performance.
- Branched structure polyamide derivative for efficient physical performance: Molecular designing.
- Branched alkyl chain bonded carbon nano tube (CNT) and the impact on physical strength.
- Design, synthesis and characterization of linear alkyl chain bonded carbon nano tube and the impact on physical properties.
- Synthesis, characterisation and electromagnetic radiation (EMR) absorption properties of new alkyl substituted derivatives of poly(pyrrole)s (PPY).
- Electromagnetic radiation absorption properties of electron donating and withdrawing groups substituted derivatives of poly(pyrrole)s.
- NO2-Ar nitrobenzene chromophore bonded carbon nano tube.
- Synthesis and characterization of Substituted aryl ring bonded carbon nano tube (CNT).
- Organometallic bond carrying carbon nano tube for enhanced physical performance.
- Design, synthesis and characterization of chromophoric azo –N=N- chromophore bonded carbon nano tube.
- Small Fe molecules encapsulated carbon nano tube (CNT).
- Impact of alkyl substitution on conductive properties of new alkyl substituted derivatives of poly(pyrrole)s.
- Synthesis, characterisation and electromagnetic radiation (EMR) absorption properties of new alkyl substituted derivatives of polycarbazole.
- Radar absorbent material: New alkyl substituted derivatives of polyazepines.
- Polyazepines RAM (radar absorbent material): electron donating EDG and withdrawing groups EWG substituted derivatives.
- Derivatives of poly(3,4-ethylenedioxythiophene) (PEDOT): Synthesis, characterisation and electromagnetic radiation (EMR) absorption properties of electron donating and withdrawing groups substituted derivatives.
- Novel alkyl substituted derivatives of Poly(acetylene)s (PAC): Synthesis, characterisation and electromagnetic radiation (EMR) absorption properties.
- Synthesis, characterisation and absorption properties of new alkyl substituted derivatives of poly(3,4-ethylenedioxythiophene) (PEDOT).
- Synthesis, characterisation and electromagnetic radiation (EMR) absorption properties of electron donating and withdrawing groups substituted derivatives of Poly(acetylene)s (PAC).
- Impact of alkyl substitution on conductive properties of new alkyl substituted derivatives of Poly(acetylene)s (PAC).
- Alkyl R substitution on conductive properties of new alkyl substituted derivatives of polyazepines.
- Alkyl substituted derivatives of polyanilines (PANI).
- Synthesis, characterisation and electromagnetic radiation absorption properties of electron donating EDG and withdrawing groups EWG substituted derivatives of polyanilines (PANI).
- Conductive properties of new alkyl substituted derivatives of polyanilines (PANI).
- Alkyl substituted derivatives of poly(thiophene)s (PT).
- Conductive properties of electron donating and withdrawing groups substituted derivatives of poly(thiophene)s.
- Polycarbazole derivatives: electron donating and withdrawing groups substituted derivatives.
- Impact of alkyl substitution on conductive properties of new alkyl substituted derivatives of polycarbazole.
- Branched substituted derivatives of poly(thiophene)s: conductive properties.
- Synthesis, characterisation and electromagnetic radiation (EMR) absorption properties of new alkyl substituted derivatives of poly(p-phenylene sulfide) (PPS).
- Impact of alkyl substitution on conductive properties of new alkyl substituted derivatives of Poly(p-phenylene vinylene) (PPV).
- Design and development of indium tin oxide (ITO) based organic solar cell with the fullerene derivatives.
- Synthesis, characterisation and electromagnetic radiation (EMR) absorption properties of new alkyl substituted derivatives of polyindoles.
- Impact of alkyl substitution on conductive properties of new alkyl substituted derivatives of poly(3,4-ethylenedioxythiophene) (PEDOT)
- Properties of polyindoles containing electron donating and withdrawing groups substituted derivatives of polyindoles: Synthesis, characterisation and electromagnetic radiation absorption applications.
- Impact of alkyl substitution on conductive properties of new alkyl substituted derivatives of polyindoles.
- Synthesis, characterisation and electromagnetic radiation (EMR) absorption properties of electron donating and withdrawing groups substituted derivatives of poly(p-phenylene sulfide) (PPS)
- Impact of alkyl substitution on conductive properties of new alkyl substituted derivatives of poly(p-phenylene sulfide) (PPS)
- Synthesis, characterisation and electromagnetic radiation (EMR) absorption properties of electron donating and withdrawing groups substituted derivatives of Poly(p-phenylene vinylene) (PPV)
- Design and Modification in Phthalocyanine based organic solar cell with structural manipulation for enhance the efficiency
- Novel modification in Dye-sensitized solar cell through structural changing in Ru-terpyridine complex.
- Zn-terpyridine complex based Dye-sensitized solar cell: Novel modification in through structural changing.
- Dye-sensitized solar cell: Novel modification through structural changing in Ir-terpyridine complex
- Novel, efficient and cost-effective method for the extraction of heavy metals from water waste of leather industry
- Use of nitrogen based heterocyclic compounds as ligand for the Etraction of Chromium from lather industry waste.
- Etraction of Chromium from lather industry effluent by Using of oxygen based heterocyclic compounds as ligand.
- A comparative study for the increase the efficiency of Dye-sensitized solar cell by changing central metal in M-terpyridine complex.
- Efficient and cost-effective method for the extraction of heavy metals from solid waste of leather industry
- Enhance Electrochemical and electrocatalytic properties of carboxymethyl cellulose films through structural modification.
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