IL17F

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IL17F

A gene on chromosome 6p12 that encodes IL-17F, a cytokine which stimulates the production of other cytokines (e.g., IL-6, IL-8 and granulocyte colony-stimulating factor) and regulates cartilage matrix turnover. IL-17F stimulates PBMC and T-cell proliferation and inhibits angiogenesis.
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With increasing concentration of salt stress from 0-20 ug ml-1, reduction in shoot length was observed when compared with 0 ugml-1 treatment.
In non-inoculated seedlings, reduction in root lengths (except CrCl3 at 10 ug ml-1) was observed with increasing salt concentrations (CrCl3, K2CrO4 and K2Cr2O7) from 0 to 20 ug ml-1.
With increasing salt concentration from 0 to 20 ug ml-1, seedling length was found to be reduced (except CrCl3, 20 ug ml-1) when compared with 0 ug ml-1 treatment.
Under K CrO and K Cr O stress, increase in salt concentration from 0 to 20 ug ml-1 had adverse effects on seedling length.
In non-inoculated seedlings, with increasing concentration of salts from 0 to 20 ug ml-1, fresh weight per seedling decreased as compared to the 0 ug ml-1 treatment.
Under K2CrO4 stress, reduction in fresh weight per seedling was observed with increasing salt concentration (0- 20 ug ml-1).
No chromium content was detected at 0 ug ml-1 treatment either in control or treatments inoculated with bacteria (Table-6).
Generally with increasing concentration of salt stress from 0-20 ug ml-1, acid phosphatases also increased.
With increasing salt concentration from 0-20 ug ml-1, increase in peroxidases was observed relative to the control treatment.
In case of K2Cr2O7, increase in salt concentration (0-20 ug ml-1) increased peroxidases.
Inqilab 97, was observed under various stress concentrations (0, 10, 20 ug ml-1) of different chromium salts (CrCl3, K2CrO4, K2Cr2O7).
With increasing concentration of salt stress from 0-20 ug ml-1, reduction in seedling length, shoot length and root length was observed when compared with 0 ug Cr ml-1 treatment.