Lugova G. Role of signaling mediators in formation of plant resistance to abiotic stress factors under influence of jasmonic acid.

Українська версія

Thesis for the degree of Candidate of Sciences (CSc)

State registration number

0417U000580

Thesis Registration Form

0417U000580.pdf

Applicant for

Specialization

  • 03.00.12 - Фізіологія рослин

09-03-2017

Specialized Academic Board

Д 26.212.01

Insninute of plant physiology and genetics

Essay

This research is dedicated to the establishment of role of signaling mediators in jasmonate-induced development of plant resistance to abiotic stressors and to clarifying of concrete protective plant responses, which are developing under the influence of JA. In experiments the isolated wheat coleoptiles, millet plantlets, intact plants of millet and barley, and also plants of Arabidopsis of wild-type (Col-0) and jin1 mutant, defective on a jasmonate signaling, have been used. With the use of jin1 mutants of Arabidopsis it was established for the first time the role of JIN1/MYC2 transcript factor in jasmonate-induced intensification of functioning of antioxidative and osmo-protective systems under the influence of salt stress.

Read more

Files

aref.docx

dis.docx

Similar theses

0421U103458

Makharynska Nadiia Mykhaylivna

Relationship between winter wheat productivity and the characteristics of canopy photosynthetic apparatus under drought.

0421U102488

Yukhno Yulia Yuriivna

Growth, development and phytohormonal status of soybean isogenic by E genes lines under different photoperiod.

0421U102291

Chumakova Victoria V.

Phytohormonal and trophic regulation of the vernalization process of winter wheat in vivo and in vitro.

0421U101084

Sanin Oleksiy Yuriyovich

Physiological features of the combined use of fungicides and nutrients to protect winter wheat from fusarium wilt.

0420U102322

Kushnir Olena Vasylivna

Effect of phytohormone and retardant analogs of tebuconazole on growth processes, morphogenesis and yield of sweet pepper