Competent Cells
Gold Biotechnology Inc GV3101 Agro Competent Cells
GoldBio s GV3101 Agrobacterium chemically competent cells allow you to obtain high transformation efficiency in applications such as gDNA or cDNA library construction Our GV3101 strain harbors the C58 chromosomal backbone containing rifampicin resistance and the Ti plasmid pMP90 (pTiC58DT-DNA) harboring the gentamicin resistance A functional T-DNA binary system can be built using our GV3101 strains as the T-DNA region has been deleted in the Ti plasmid and instead has a binary vector containing the missing T-region The binary system makes possible to transfer genetic material into a host plant s genome Our system is often used for Agrobacterium -mediated transformation in mono and dicotyledonous species such as Arabidopsis thaliana tobacco potato soybeans and corn
Gold Biotechnology Inc GV3101 pSuperAgro v4tet Electr
GoldBio s GV3101 Agrobacterium Electrocompetent Cells allow you to obtain high transformation efficiency in applications such as gDNA or cDNA library construction Our GV3101 strain harbors the C58 chromosomal backbone containing rifampicin resistance and the Ti plasmid pMP90 (pTiC58DT-DNA) harboring the gentamicin resistance A functional T-DNA binary system can be built using our GV3101 strains as the T-DNA region has been deleted from the Ti plasmid and instead has a binary vector containing the missing T-region The binary system makes possible to transfer genetic material into a host plant s genome Our system is often used for Agrobacterium -mediated transformation in mono and dicotyledonous species such as Arabidopsis thaliana tobacco potato soybeans and corn
Gold Biotechnology Inc CJ236 Competent E Coli Cells
GoldBio CJ236 chemically competent E coli cells are ideally suited for use in the Kunkel method of mutagenesis CJ236 cells have part of their Thymine replaced with deoxyuracil in the DNA due to dut - and ung - mutations which prevent the cells from removing uracil from DNA caused by misincorporation or dCTP deamination CJ236 contains the F gene which confers Chloramphenicol resistance
Gold Biotechnology Inc GV3101 pSoup Agro Electro
GoldBio s GV3101 Agrobacterium electrocompetent cells are a powerful tool for high efficiency transformation of plants The GV3101 strain is optimized for cDNA and gDNA library construction and possesses resistance to rifampicin gentamicin and tetracycline The T-DNA region of the GV3101 Ti plasmid has been deleted but restoration of the binary vector T-region can fully enable T-DNA binary system function
Gold Biotechnology Inc AGL 1 pSoup Agro Electro Cells
AGL-1 (pSoup) electrocompetent Agrobacterium cells are a highly efficient system for genetic transformation in various plant species This strain is derived from the C58 RecA-type Agrobacterium strain and carries the rifampicin carbenicillin and streptomycin resistance genes for selection purposes The Ti plasmid pTiBo542DT-DNA used in this system has a deleted T-DNA region and instead contains a binary vector that restores the T-DNA binary system function
Gold Biotechnology Inc Auxo Agro LBA4404 Electro
GoldBio s Auxo-Agro competent cells are methionine auxotrophic strains of Agrobacterium which reduce overgrowth during the infection process while increasing plant transformation efficiency
Gold Biotechnology Inc Auxo Agro LBA4404 Comp Cells
GoldBio s new Auxo-Agro competent cells are methionine auxotrophic strains of Agrobacterium which reduce overgrowth during the infection process while increasing plant transformation efficiency
Gold Biotechnology Inc GV3101 pSuperAgro v4tet Comp
GoldBio s GV3101 Agrobacterium chemically competent cells allow you to obtain high transformation efficiency in applications such as gDNA or cDNA library construction Our GV3101 strain harbors the C58 chromosomal backbone containing rifampicin resistance and the Ti plasmid pMP90 (pTiC58DT-DNA) harboring the gentamicin resistance A functional T-DNA binary system can be built using our GV3101 strains as the T-DNA region has been deleted in the Ti plasmid and instead has a binary vector containing the missing T-region The binary system makes possible to transfer genetic material into a host plant s genome Our system is often used for Agrobacterium -mediated transformation in mono and dicotyledonous species such as Arabidopsis thaliana tobacco potato soybeans and corn
Gold Biotechnology Inc GB5 alphaTM Comp E coli Cells
GoldBio s GB5-alpha Chemically Competent E coli cells are equivalent to DH5-alpha cells and are high efficiency cells suitable for transformation in a wide variety of routine applications such as plasmid isolation cloning and subcloning
Gold Biotechnology Inc GB5 alphaTM Comp E coli Cells
GoldBio s GB5-alpha Chemically Competent E coli cells are equivalent to DH5-alpha cells and are high efficiency cells suitable for transformation in a wide variety of routine applications such as plasmid isolation cloning and subcloning
Gold Biotechnology Inc GV3101 pSuperAgro v4tet Comp
GoldBio s GV3101 Agrobacterium chemically competent cells allow you to obtain high transformation efficiency in applications such as gDNA or cDNA library construction Our GV3101 strain harbors the C58 chromosomal backbone containing rifampicin resistance and the Ti plasmid pMP90 (pTiC58DT-DNA) harboring the gentamicin resistance A functional T-DNA binary system can be built using our GV3101 strains as the T-DNA region has been deleted in the Ti plasmid and instead has a binary vector containing the missing T-region The binary system makes possible to transfer genetic material into a host plant s genome Our system is often used for Agrobacterium -mediated transformation in mono and dicotyledonous species such as Arabidopsis thaliana tobacco potato soybeans and corn
Gold Biotechnology Inc CJ236 Electro E Coli Cells
GoldBio CJ236 Electrocompetent E coli cells are ideally suited for use in the Kunkel method of mutagenesis CJ236 cells have part of their Thymine replaced with deoxyuracil in the DNA due to dut - and ung - mutations which prevent the cells from removing uracil from DNA caused by misincorporation or dCTP deamination CJ236 contains the F gene which confers Chloramphenicol resistance