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A new compound formed by replacing one or more hydrogen atoms in the carbon–hydrogen bonds of a molecule with deuterium atoms.
Boc
Chlorine
Azide
Guanidine
Sulfonyl Hydrazide
Phosphate
Thiourea
Urea
Cyanide/Nitrile
Carboxylic Acid
Amide
Sulfinic Acid
Isocyanate
Hydrazone
Phosphoryl chloride
Fmoc
Bromine
Phenol
Sulfonic Acid
Sulfonyl Chloride
Phosphoramide
Chloride
Azo
Aldehyde
Ketone
Nitro compounds
Sulfimamide
Organosilicon compounds
Disulfide
Phosphoryl chloride
PEG
Alcohol
Sulfone
Sulfate
Hydrazine
Mercaptan
Ether
Boronic Acid And Its Ester
Alkyne
Selenium compounds
Bromide
Isothiocyanate
Oxime
Sulfonohydrazide
Amine
Iodide
Fluoride
Sulfonamide
Phosphorus
Thioether
Amidine
Hydroxylamine
Anhydride
Olefins
Sulfoxide
Isocyanide
Ester
Azolesulfonium
Aromatic heterocycle compounds
Bridge Rings compounds
Fatty chain compounds
Aliphatic heterocycle compounds
Chiral compounds
Spirol Rings compounds
Aromatic ring compounds
Active Molecule Scaffold Library
Fatty ring compounds
Allene compounds
Catalysis is the process of making chemical reactions faster by using a catalyst that does not change after the reaction. Catalysis is important because it reduces the activation energy and increases the reaction speed.
Photocatalysts
Transition Metal Catalysts
Achiral Mono/Dual Phosphorus Ligands
Other Phosphorus Ligands
Diamine Ligands
Other Ligands
Chiral Monodentate Phosphorus Ligands
Chiral Oxazoline Ligands
Other Nitrogen Ligands
Chiral Bidentate Phosphorous Ligands
Nitrogen Heterocyclic Carbene Ligands
Double Alcohol Ligands
Chiral Ferrocene-Phosphorus Ligands
Pyridine Ligands
Other Oxygen Ligands
Amino Acids
Chiral Squaramide
Other Catalytic Small Molecules
Chiral Phase Transfer Catalysts
Chiral Trifluorophospha
mide
Chiral Phosphonic Acid
Chiral Urea/Thiourea
Chiral Phosphoramidite
Cinchona
Other Metal Catalysts
Materials science is an interdisciplinary field that integrates chemistry, physics, biology, and other scientific disciplines, and plays a vital role across industries such as electronics, medicine, life sciences, and renewable energy. Alcemos stays aligned with the latest advances in scientific research and industrial innovation, focusing on the development of high-quality materials. Currently, Alcemos offers a portfolio of over 10,000 materials science products, including MOF and COF materials and their ligands, solar cell materials, polymer materials, nanocarbon materials, electronic materials, organic–inorganic hybrid materials, and photonic/optical materials.
Redox mediator
Electrolytes
Fluorescent Material
Coumarin Dye
Phthalocyanine Dye
NIR
Quinacridone Dye
DCM
Dipyrrole Methylene Dye
Other Functional Dyes
Perylene Dye
Xanthene Dye
Heat Sensitive Dye
NLO
Cyanine Dye
Photochromic Dye
Organic Light Emitting Diode (OLED)
Liquid crystal (LC) materials
Self assembly and contact printing materials
Molecular Self-Assembly
Polyimide Monomer
Org. Field- Effect Transistor
Molecular Conductor
Photoresist Monomer
Flexible Printed Electronics
Deuterated optoelectronic materials
Optoelectronic Material Intermediate
Other Material Composite Block
Liquid Crystal (LC) Block
Small Molecule Semiconductor Synthesis Building Block
Supramolecular Host Material
Semiconducting Polymer Synthetic Building Block
Functional Metal Complex Ligand
Derivatization Reagents To Improve Solubility
Phthalocyanine Building Block
Perovskite Solar Cell ( PSC) Materials
Donor Intermediate DI
Organic Solar Cell (OPV) Materials
Receptor Intermediate AI
Dye Sensitized Solar Cell (DSSC) Materials
Organic Photovoltaic OPV
Other Solar cell materials
Fullerene
Graphene
Carbon nanostructure unit
Organic-inorganic perovskite precursor
A silane coupling agent
Organometallic compound
Silica
Other Oxides
Zinc Oxide
Hybrid MOFs Linkers
Phosphate MOFs Linkers
Ionic MOFs Linkers
Two-dimensional MOF ligand
Nitrogen MOFs Linkers
MOF organic framework ligand block
Porphyrin
Carboxylic MOFs Linkers
MOF Finished Products
Other MOFs Linkers
Hydroxy MOFs Linkers
Sulfonic Acid MOFs Linkers
Halogen-containing MOF ligand
Amido COFs Linkers
Boric Acid COFs Linkers
COF organic frame single block
Aldehyde COFs Linkers
Nitrile COFs Linkers
COF organic frame single block
Alkyne COFs Linkers
Halogenated COFs Linkers
COF-covalent organic framework material
Hydroxyl COFs Linkers
Nitro COFs Linkers
RAFT Reagent
Polymer Additives
Macromolecular Monomer
Polymerization Functional Reagents
Other Polymer Materials
Polyimide Raw Materials
Dendrimer Building Block
Copolymer
g-C3N4 Nitrogen Carbide
Aggregation Induced Emission (AIE) materials
Life science is a branch of natural science focused on the study of life and biological systems, including microorganisms, plants, animals, and humans. The company’s life science product portfolio includes linkers, amino acids and their derivatives, peptides, nucleosides, sugars, and steroids. With over 2,200 readily available products, these materials are widely used in immunotherapy drug development, biopharmaceutical product development, and biopharmaceutical research.
Alkyne PEG
BCN-PEG
Bis-PEG-NHS
BCN-PEG
Cleavable Linkers
DOTA PEG
Lipid PEG
Non-PEG linker
PEG NHS ester
PEG Sulfonic acid
Poly PEG
TCO-PEG
Ligand-Linker Conjugates
Amino PEG
Benzyl-PEG
Boc-PEG
DBCO PEG
DSPE PEG
Maleimide Linkers
PEG Acid
PEG PFP ester
PEG Tosylate
Propargyl PEG
Tetrazine-PEG
Other Linker
Aminooxy PEG
Biotin PEG
Branched PEG
Diketone Linkers
Fmoc PEG
MeNH-PEG
PEG Aldehyde
PEG Phosphonate
PEG-X-PEG
PROTAC Linkers
Fluorescent Reagents
ADC Linkers
Bis-PEG-acid
Bromo PEG
DNP-PEG
Hydroxy PEG
m-PEG
PEG Azide
PEG Silane
Peptide Linkers
Sugar PEG
Thiol PEG
Lipid
Vitamins and Related Compounds
Denaturation
Enzyme Inhibitors
Protein modifier
Antioxidant or Protective Agents
Nucleosides and Nucleotides
Biological Buffers
Natural Products
Reductant
Cell Culture
Electrophoresis reagent
Protein Analysis
Medical Supplements
Detergents
Enzyme Substrates
Fluorescent Probes, Fluorescent Labels,
Fluorescent Stains
Medium Composition
Nucleic acid detection and hybridization
Other Biochemicals
Agarose
Chelating Agent
Luminescent Compounds
/Detection
Molecular biology reagents
carbohydrate
Bioconjugation
Nucleosides, Deoxyri
bonucleosides and Other Nucleosides
Other Protective Nucleosides
7-deaza-modified Nucleoside
TFA-modified nucleosides
2′-O-Me-phosphoramidite Monomer
5-modified Nucleoside-phosphoramidite Monomer
Modified Nucleotides
Base-protected Nucleosides
2′-O-Me-modified Nucleosides
3-deaza-modified Nucleoside
Other Modified Nucleosides
2′-F-phosphoramidite monomer
Other Phosphoramidite Monomers
Other Nucleotides
5′-Protected Nucleosides
2′-O-MOE-modified Nucleoside
Halogen-modified Nucleosides
DNA Phosphoramidite Monomer
2′-O-MOE-phosphoramidite monomer
Ribonucleotide
Other Protective and Modifying Phosphoramidite Monomers
3′-Protective Nucleosides
2′-F-modified Nucleoside
Amino-modified Nucleosides
RNA Phosphoramidite Monomer
3′-Modified Nucleoside-phosphoramidite Monomer
Deoxyribo
nucleotides
Cysteine and derivatives
Glutamic acid and derivatives
Lysine and derivatives
Tryptophan and derivatives
Asparagine and derivatives
C-protected amino acid
Phenylalanine and derivatives
Glutamine and derivatives
Tyrosine and derivatives
Serine and derivatives
Valine and derivatives
N-protected amino acid
Alanine and derivatives
Methionine and derivatives
Leucine and derivatives
Threonine and derivatives
Isoleucine and derivatives
Non-protein amino acids
Glycine and derivatives
Arginine and derivatives
Proline and derivatives
Aspartic acid and derivatives
Histidine and derivatives
Other amino acid derivatives
Phospholipid
Helper Lipid
Helper Lipid
Ionizable Lipid
Sphingolipids
Other Lipid
PEG Lipid
Oleic
Cholesterol
Stearic
Payload
Acid Cleavable Linker
ADC Linker
Disulfide Linker
Cleavable Linker
Peptide/Protease Linker
Non-cleavable linker
Linker-Payload Conjugates
Alkyne
DBCO
Azide
TCO
BCN
Tetrazine
Click Reaction Ligands
PROTAC Linker
Ligands for E3 Ligase
Ligand-Linker Conjugate
Carbohydrates
Peptide
Molecular Glues
Steroids
Crosslinking Agent
General reagents are a collective term for fundamental chemical reagents, available in diverse types, and are widely used in scientific research and manufacturing processes.
Lithium Salt
Platinum Salt
Cobalt Salt
Aluminum Salt
Magnesium Salt
Lead Salt
Strontium Salt
Rubidium Salt
Tantalum Salt
Sodium Salt
Calcium Salt
Copper Salt
Gold Salt
Manganese Salt
Palladium Salt
Titanium Salt
Niobium Salt
Osmium Salt
Potassium Salt
Cesium Salt
Silver Salt
Cadmium Salt
Ammonium Salt
Ruthenium Salt
Zinc Salt
Arsenic Salt
Silica Salt
Barium Salt
Iron Salt
Tin Salt
Chromium Salt
Nickel Salt
Silicon Salt
Vanadium Salt
Rhenium Salt
Phosphorus Salt
Hypervalent Iodine Oxidant
Chromate Oxidant
Sulfide Oxidant
Other Oxidant
Pyridine Ionic Liquid
Imidazole Ionic Liquid
Pyrrole Ionic Liquid
Other Ionic Liquids
Quaternary Ammonium Salt Ionic Liquid
Quaternary Phosphonium Salt Ionic Liquid
Silane Reductive Reagents
Boron Hydride Reductive Reagents
Borane Reductive Reagents
Other Reductive Reagents
Fluorination Reagent
Other Non-Halogenated C-X Bond Generating Reagent
Chlorination Reagent
Bromination Reagent
Iodine Reagent
Condensation Reaction & Active Esterification
Protection and Derivatization Reagents
Alkylating Reagents
Wittig Reagents
Amination Reactions
Chelates & Complexes
Organic Electrochemical Synthesis Reagent
Other General Reagents
Phase Transfer Catalysts
Dehydration Reagents
C-S bond Generation Reagents
Phosphorylations
Organic General Reagents
Cyanide Reagents
Analytical chemistry is the branch of chemistry that focuses on studying the composition, structure, properties, content, and distribution of substances. It involves both qualitative analysis (identifying what a substance is) and quantitative analysis (determining how much of the substance is present), using a wide range of analytical techniques and methods to measure and evaluate samples. Analytical chemistry plays a vital role in many fields, including environmental monitoring, food safety, medical diagnostics, drug development, and materials science.
Anti-Tumor Drugs
Nervous System Drugs
Anesthetic Drugs
Anti-Infectious Drugs
Digestive System Drugs
Urinary System Drugs
Cardiovascular and Cerebrovascular Drugs
Hypoglycemic Drugs
Other Drugs
contrast media
Respiratory System Drugs
Positive Ions On Reagents
Negative Ion-Pair Reagents
Indicator
Solvent for NMR
Thin Layer Chromatography (TLC) is widely used across multiple fields, including organic synthesis to monitor reaction progress and detect impurities, pharmaceutical analysis for drug quality control and ingredient identification, food testing to identify additives and pesticide residues, and environmental monitoring to detect pollutants. It enables effective separation of mixtures, compound identification, and detailed analysis of various sample components.
TLC Analysis Plates
TLC Preparation Plates
TLC Plate Cutter
Aluminum TLC Plates
Aluminum Oxide Preparation Plates
A new compound formed by replacing one or more hydrogen atoms in the carbon–hydrogen bonds of a molecule with deuterium atoms.
Solvent for NMR
Deuterated Optoelectronic Materials
Deuterated Drug Intermediates
Deuterated Molecular Building Blocks
Deuterium Biochemical Reagent
Other Deuterium Reagents
Bioactive molecules are substances that influence biological systems, pathways, or molecular interactions, including compounds used to diagnose, treat, or prevent diseases, as well as those that improve the overall health of living organisms.
Bioactive Small Molecules
Natural Products
Isotope-Labeled Compounds
Dye and Bio-assay Reagents
Peptides
Screening Libraries
Your trusted partner for high-quality research chemicals, catalysts, specialty chemicals and advanced materials.
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