Science ❯ Biochemistry

Enzymes

Neuraminidase Nitrogenase Aging TNAP Metalloenzymes Luciferase Adenosine Dehydrogenase SORD Blood Type Modification Sorbitol Dehydrogenase (SORD) Enzyme Applications Cytochrome Enzymes Hemoproteins Protein Function RNA Enzymes Sorbitol Dehydrogenase Protein Engineering Carbonic Anhydrase Hormone-Sensitive Lipase Oxidation PGM3 Molecular Biology Lipases Ceramide Synthases NADPH Proteases Phosphatases Indoleamine-2,3-dioxygenase Aldehyde Dehydrogenase ACLY Histone Deacetylase Catalytic Mechanisms N-myristoyltransferase Nitrogenases DGAT2 Glutamate Dehydrogenase Oxygen-Sensing Enzymes Adenylosuccinate Lyase Phosphorylation Heme Biosynthesis Hyaluronidase Lipid Kinases Protein Metabolism Bilirubin Reductase Kinases β-glucuronidase Antibiotic Resistance Hydrogenase

Imperagen Raises £5 Million Seed to Scale Quantum‑AI Enzyme Platform

The Manchester spin‑out will use the funds to expand lab capacity, grow its AI team and push strong pilot results toward commercial deals.

Glycerol Switch on TNAP Activates Brown Fat Heat Cycle, Linking to Bone Mineralization

NADPH Disruption Fuels Early Pancreatic Lesions as ME1 Loss Drives Cancer Progression

Ancient Nitrogenase Rebuilt in Living Microbes Confirms Billion-Year Isotope Signal

Taste-Based Flu Sensor Releases Thyme Flavor in Lab Tests

Sugary-Drink Sugar Mix Drives Metastasis in Colorectal Cancer Models, Study Finds

Cambridge Researchers Demonstrate Tumor-Triggered Two-Part STING Prodrug

Study Ties ALDH2*2 Variant to Severe Liver Injury Through 'Aldehyde Storm' Mechanism

Repurposed Drug Nitisinone Kills Resistant Mosquitoes via Blood and Surface Contact

Modern Humans Experienced Two Rounds of Selection on a Brain Enzyme

GLUD1 Inhibitor R162 Restores Muscle Function in Duchenne Mouse Model

Active Neurons Break Down Fat Droplets to Fuel Synaptic Activity

Enzyme-Enabled Scaffold Hopping Opens New Routes to Terpenoid Diversity

Mass General Brigham debuts LUCAS sensor for ultrasensitive, rapid viral diagnostics

High-Fat Diet Disrupts Metabolic Enzymes, Antioxidants Reverse Dysfunction

Scientists Recreate Early Earth RNA Self-Replication With Triplet Nucleotides