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Physiological and Cytogenetical Effects of Royal Jelly (Honey Bee) in Allium cepa L. Seeds Exposed to Salinity
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D. Cavusoglu Et Al. , "Physiological and Cytogenetical Effects of Royal Jelly (Honey Bee) in Allium cepa L. Seeds Exposed to Salinity," CYTOLOGIA , vol.82, no.2, pp.115-121, 2017

Cavusoglu, D. Et Al. 2017. Physiological and Cytogenetical Effects of Royal Jelly (Honey Bee) in Allium cepa L. Seeds Exposed to Salinity. CYTOLOGIA , vol.82, no.2 , 115-121.

Cavusoglu, D., TABUR, S., & ÇAVUŞOĞLU, K., (2017). Physiological and Cytogenetical Effects of Royal Jelly (Honey Bee) in Allium cepa L. Seeds Exposed to Salinity. CYTOLOGIA , vol.82, no.2, 115-121.

Cavusoglu, DİLEK, Selma TABUR, And Kürşat ÇAVUŞOĞLU. "Physiological and Cytogenetical Effects of Royal Jelly (Honey Bee) in Allium cepa L. Seeds Exposed to Salinity," CYTOLOGIA , vol.82, no.2, 115-121, 2017

Cavusoglu, DİLEK Et Al. "Physiological and Cytogenetical Effects of Royal Jelly (Honey Bee) in Allium cepa L. Seeds Exposed to Salinity." CYTOLOGIA , vol.82, no.2, pp.115-121, 2017

Cavusoglu, D. TABUR, S. And ÇAVUŞOĞLU, K. (2017) . "Physiological and Cytogenetical Effects of Royal Jelly (Honey Bee) in Allium cepa L. Seeds Exposed to Salinity." CYTOLOGIA , vol.82, no.2, pp.115-121.

@article{article, author={DİLEK ÇAVUŞOĞLU Et Al. }, title={Physiological and Cytogenetical Effects of Royal Jelly (Honey Bee) in Allium cepa L. Seeds Exposed to Salinity}, journal={CYTOLOGIA}, year=2017, pages={115-121} }