Pharmaceutical & Life Sciences

Pharmaceutical & Life Sciences

Life sciences involve the study of organisms and biological systems, such as genomics, protein engineering, and cell biology, which provide the basis and tools for the research and development of biomedicine. The biomedical industry relies on the research results of life sciences to obtain new treatments and drugs. Scientists can produce therapeutic products such as biosimilars, antibody drugs, and viral vectors. At the same time, biomanufacturing technology can also help laboratories in the field of life sciences to conduct experimental processes such as gene editing, protein expression and purification, and cell culture.

Solutions for Pharmaceutical & Life Sciences

Elisa Microplate Reader use

Elisa Microplate Reader for Life Sciences

‌Protein concentration detection‌; Enzyme activity determination‌; ‌DNA concentration detection‌; ‌Cell proliferation and apoptosis detection; ‌Immune response analysis; Drug development and clinical pharmacology; Infectious disease detection; ‌Environmental monitoring etc.

PCR USE

PCR for Pharmaceutical & Life Sciences

  1. Gene cloning and expression
  2. Diagnosis of genetic diseases
  3. Detection of pathogenic pathogens
  4. Detection and diagnosis of oncogenes
  5. Microbial diversity research
  6. Animal and plant quarantine
ftir use

FTIR for Pharmaceutical & Life Sciences

  1. Cell biology research
  2. Protein structure research
  3. Protein and biomolecule research
  4. Analysis of components of Chinese herbal medicine tissue sections
  5. Drug quality control
  6. Impurity detection
  7. Drug development
  8. Environmental monitoring
UV-ViS Nano Spectrophotometer use

  UV-ViS / Nano for Pharmaceutical & Life Sciences

  1. Protein, nucleic acid, amino acid analysis
  2. Carbohydrate and polysaccharide analysis
  3. Enzyme activity research
  4. Drug quality control, drug development, biopharmaceuticals
  5. Food safety: detection of additives, pesticides, heavy metals, ions and other substances in food
Lab Freezer Centrifuge use

Lab Freezer for Pharmaceutical & Life Sciences

  1. Used for cryopreservation of samples
  2. Used for rapid freezing of aqueous drugs to preserve active pharmaceutical ingredients
  3. Cell culture and vaccine production

Centrifuge for Pharmaceutical & Life Sciences

  1. Separation and purification of biological molecules such as cells, proteins, nucleic acids, etc.
  2. Extraction and purification of active pharmaceutical ingredients such as antibodies, enzymes, etc.
  3. Separation of DNA, RNA and proteins
Water Purifier use

Water Purifier for Pharmaceutical & Life Sciences

  1. Reverse osmosis equipment removes ions and impurities from water through a semipermeable membrane.
  2. Deionization equipment uses ion exchange resin to remove ions from water.
  3. Ultrafiltration equipment filters macromolecules and bacteria in water through microporous membranes to ensure the microbial safety of water.
  4. Ensure the quality and safety of drugs and improve drug production efficiency.
Hematology Analyzer use

Hematology Analyzer for Pharmaceutical & Life Sciences

  1. Measure various components in the blood, such as red blood cells, white blood cells, platelets, etc., as well as indicators such as hemoglobin and hematocrit
  2. The blood analyzer can provide rich experimental data for studying the mechanism of blood diseases and evaluating the efficacy of drugs
  3. Analyzing the blood of experimental animals can evaluate the efficacy and safety of drugs and provide important reference for the development of new drugs
  4. Use flow cytometry for cell identification and counting
Biochemistry Analyzer use

Biochemistry Analyzer for Pharmaceutical & Life Sciences

  1. Separate, identify and quantify proteins to reveal their structure, function and metabolic pathways.
  2. Analyze genes, including DNA/RNA extraction, purification and quantification, as well as the application of PCR, transfection, gene editing and other technologies.
  3. Metabolic analysis technology measures the changes in the quantity and quality of metabolites in organisms
  4. Analyze drug metabolic pathways, drug clearance effects and drug metabolites to help understand the properties, mechanisms and efficacy of drugs
  5. Clinical immunoassays, clinical biochemical tests, clinical therapeutic drug monitoring

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