antibody

Anti-Phy Phytochrome (clone Oat-23)

AS20 4505-1ml

1 ml

268 USD

monoclonal

mouse

nonconjugated

IgG1

western blot, ELISA, immunocytochemistry, immunoprecipitation

Anti-Phy Phytochrome (clone Oat-23)

Primary antibody

Mouse

Monoclonal

IgG1

1 ml

268 USD

Phytochrome is a photomorphogenically active pigment that modulates plant growth and development with respect to incident light intensity and wavelength distribution. It exists in two forms: an inactive, red-absorbing form (Pr),4 and an active far-red-absorbing form (Pfr). When either absorbs light, it is photoconverted to the other. Phytochrome is a dimeric, water-soluble, relatively labile chromoprotein with similar, if not identical, monomers of about 124 kDa each. It is also a relatively low abundance protein, even under the best of conditions. Genetic manipulation of phytochrome expression in plants leads to plants requiring less light and able to divert more energy to the production of fruits and seeds. For its physicochemical characterization, it has therefore been difficult to utilize techniques that require large quantitites of highly purified protein. Consequently, indirect methods for elucidating its structure/function relationships are especially important. These could also be applicable to fabaceae and closely related families.

Avena sativa, Pisum sativum

Phytochrome is a photomorphogenically active pigment that modulates plant growth and development with respect to incident light intensity and wavelength distribution. It exists in two forms: an inactive, red-absorbing form (Pr),4 and an active far-red-absorbing form (Pfr). When either absorbs light, it is photoconverted to the other. Phytochrome is a dimeric, water-soluble, relatively labile chromoprotein with similar, if not identical, monomers of about 124 kDa each. It is also a relatively low abundance protein, even under the best of conditions. Genetic manipulation of phytochrome expression in plants leads to plants requiring less light and able to divert more energy to the production of fruits and seeds. For its physicochemical characterization, it has therefore been difficult to utilize techniques that require large quantitites of highly purified protein. Consequently, indirect methods for elucidating its structure/function relationships are especially important. These could also be applicable to fabaceae and closely related families.

Phytochrome

Cell culture supernatant

ELISA (ELISA), Competitive ELISA, Immunoflourescence (IF), Immunoprecipiation (IP), Western blot (WB)

ELISA (ELISA), Competitive ELISA, Immunoflourescence (IF), Immunoprecipiation (IP), Western blot (WB)

Store at -20°C; Avoid repeated freeze-thaw cycles. Please remember to spin the tubes briefly prior to opening them to avoid any losses that might occur from material adhering to the cap or sides of the tube.