The species Oroxylum indicum (L) Ku

The species Oroxylum indicum (L) Kurz (Bignoniaceae) is an endangered and important medicinal foresttree possessing various secondary metabolites with potential pharmaceutical properties. The presentinvestigation reports the callus induction from leaf and cotyledonary leaf explants of O. indicum. The leafand cotyledonary leaf explants were cultured on MS medium containing 30g/L sucrose supplementedwith various types of auxins viz., IAA/IBA/NAA/2, 4-D to evaluate the efficiency of auxins for inducingthe callus in O. indicum. Among the various auxins used for the present study, IBA and 2, 4-D werefound to be potent for callus proliferation followed by IAA/NAA. Proliferation of callus was faster andvery high yield of callusing mass was achieved within 4 weeks on IBA/2, 4-D followed by IAA/NAA.Among the explants tested cotyledonary leaf explants were highly efficient for inducing the callusproduction in O. indicum. Since, it is medicinally important and endangered species; thepharmaceutically valuable compounds can be isolated by using callus cultures throughout the year.

Results (English) 1:

Species Oroxylum Indicum the The (the L) KURZ (Bignoniaceae) And Is An Important Medicinal Endangered Forest
Tree Secondary metabolites, With Potential pharmaceutical, possessing an Used various properties directory. Present the The
Investigation Reports From The Callus, induction Leaf Leaf Explants Of the O. And Cotyledonary Indicum. The The Leaf
And Cotyledonary Leaf Explants Were Cultured ons the MS Medium Containing 30g / the L Sucrose Supplemented
With Used various Types Of Auxins Viz., The IAA / the IBA / the NAA / 2, 4-the D To Evaluate The efficiency near Of Auxins For-inducing
The Callus In the O. Indicum. . The Used various Auxins on used For The Present Among Study, 2 And the IBA, the D-4 Were
Found To Be Potent For Callus Proliferation Followed By the IAA / the NAA. Proliferation of callus was faster and
very high yield of callusing mass was achieved within 4 weeks on IBA / 2, 4-D followed by IAA / NAA.
The Explants Cotyledonary Leaf Explants Were Tested Among Efficient name highly-inducing For The Callus
Production In the O. Indicum. Since, it is medicinally important and endangered species; The
Pharmaceutically compounds.We Can Be Valuable By Using the isolated Callus Cultures Throughout The Year.

Results (English) 2:

The species Oroxylum indicum (L) Kurz (Bignoniaceae) is an endangered and important medicinal forest tree possessing various secondary metabolites with potential pharmaceutical properties. The present investigation reports The callus induction from leaf and cotyledonary leaf explants of O. indicum. The leaf and cotyledonary leaf explants were cultured on MS medium containing 30g/L sucrose supplemented with various types of auxins viz., IAA/IBA/NAA/2, 4-D to evaluate the efficiency of auxins for inducing The callus in O Among The various auxins used for The present study, IBA and 2, 4-D were found to be potent for callus proliferation followed by IAA/NAA. Proliferation of callus is faster and very high yield of callusing mass was achieved within 4 weeks on IBA/2, 4-D followed by IAA/NAA. Among The explants tested cotyledonary leaf explants were highly efficient for inducing The callus production in O., indicum. Since, it is medicinally important and endangered species; The pharmaceutically valuable compounds can be isolated by using callus cultures throughout The year.

Results (English) 3:

Oroxlum indica:“
Trees have a variety of secondary metabolism and potential pharmacological effects.
Study on Callus Induction from leaf and leaf sheath
The leaves of Lycium barbarum were supplemented.
Different types of adjuvants viz, IAA, IBA, ACA, 2-D to evaluate the effectiveness of inducers
In this study, different additives, i.e. IBA, 2, 4-D, were used.
According to the prediction of IAA and NAA, the growth rate of this bacterium is faster.
Very high call volume reaches IAA account within 4 weeks of IBA and below 2-4-d.
The effect of plant leaves on callus induction was explained.
Produced in India, this is an important and dangerous medical breed.
The compounds of drug value can be isolated by culture for many years.