Biotechnology: Cell disrupte

Biotechnology: Cell Disruption

Biological Cell Wall Breaking:

(E. coli, yeast, mold, etc.)

Applications include: enzyme separation and isolation, disruption of bacterial and plant tissues, recovery of intracellular proteins and nucleic acids, preparation of viral antigens for EIA test kits, membrane preparation of Rhizobia and Pseudomonas, recovery of spores and toxins, protein purification, cell extract preparation, etc.

Scope covers: microorganisms (E. coli, yeast, fungi), algae, animal cells and tissues, plant cells and tissues, insects, viruses, environmental samples, etc.

Animal cells (lymphocytes): 1 to 15 MPa

Organelles and mitochondria: 1 to 15 MPa

Parasites (Trypanosoma): 1 to 15 MPa

Sperm: 1 to 35 MPa

Nematodes: 1 to 35 MPa

E. coli: 30 to 140 MPa

Animal tissues: 70 to 150 MPa

Plant tissues and algae (cyanobacteria): 35 to 150 MPa

Yeast: 100 to 250 MPa

Cuticles: 140 to 200 MPa

DNA: 100 to 250 MPa

Gram-positive bacteria (Staphylococcus, Streptococcus): 150 to 320 MPa

Mold: 150 to 320 MPa