MS-100
2Pages

Catalog excerpts

Beads Cell Disrupter / Micro Homogenizing System Micro Smash™ Disruption and emulsion of a wide range of organisms inculuding bacteria, animal and plant tissues, yeasts, Disruption and emulsion of environmental samples such 1.Patent applying "3D Rotating High Speed Motion"* for quick disruption of those fibrous tissues and resistant cells 2. Five patterned memory settings and user optional condition settings 3. A wide renge of rotation speed settings from 2,000 to 4.Brushless motor realizing no brush particle generation 5. Easy to remove sample tube holder 6. Easy to fix sample tubes with the turn of the central knob 7. Easy to monitor the disruption process through the clear lid 8. Economical and compact tabletop system, accommodat- 9. Processing up to 6X5ml tube with an additional tube holder (optional) "3D Rotating High Speed Motion" is a high-speed movement which vertically rotates and moves the sample tubes in a "figure-eight" motion. This motion allows beads to impact the cells more directly for effective disruption. Digital Biology

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DNA extraction from yeast cells; S. pombe Proteinase K Method vs Beads Cell Disrupter MS-100 (l)In preparation for examination, yeasts collected from the culture broth at an OD660 of 0.20 were mixed with buffer. (2) Perform following three methods for cell disruption, two processes a. Processed without beads (as a negative control) b. Processed with the Proteinase K Method c. Processed with MS-100, using 1mm glass beads at 3,000rpm for 5 minutes (3) After disruption, each sample was phenol extracted, ethanol precipitated and electrophoresed on a 1% agarose gel. Genomic DNA and RNA, which...

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