LTM-1000M

Laser Thermal Microinjector

  • Injection of DNA, RNA, proteins, antibodies, etc. into yeast and plant cells using a glass capillary with a tip diameter ranging from 0.1 to 0.5 μmφ, utilizing the thermal expansion of the laser absorbent.
  • Capillary tip diameter of 0.1μmφ enables injection, resulting in very little cell damage.
  • Continuous injection is possible.

LTM-1000M

PRODUCT DESCRIPTION

The introduction video

 

LTM-1000 video complete Version

 

  • Microinjection into small cells (both prokaryote and eukaryote)
  • Microinjection into plant, fungi and organelles which have cell walls and high turgor pressure
  • DNA, RNA, protein and drug delivery into organelles which have unique genome, such as mitochondria and chloroplast
  • Efficient creation of genetically engineered organisms by gene transfer into various single-cell organisms such as zygotes and ES cells
  • Functional studies of nuclear matrix and substances by microinjection into specific sites in the nucleus

 

●Injection of siRNA into the naked female gametophyte of Torenia

Injection of plasmids into a nucleus of onion epidermal

●Injection of plasmids into a nucleus of onion epidermal

Injection of plasmids into a nucleus of onion epidermal

●Injection of antibody into plant cells

Injection of antibody into plant cells

●Injection into budding yeast

Injection into Budding Yeasts

●Injection into Chloroplasts of Cyanidioschyzon merolae

Injection into Chloroplasts of Cyanidioschyzon merolae

●Injection into the female gametophyte of plant

Injection into the female gametophyte of plant

 

LTM-1000M Specification

Laser Emission Wavelength 980nm
Optical Output 1.3W
Current Control 2.5A maximum
Dimensions 170 W x 325 D x 120 H mm
Weight 4kg
Power Source 100-240V, 50/60Hz

Note: The specifications and appearance of products on this page are subject to change without notice.

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