Melanin ajratish bo'yicha qo'llanilgan 2 ta usul solishtirilganda, 2-usulni optimal deb xisoblaymiz. Bunga sabab, 2 usulda 1 usulga nisbatan kamroq reagentlar va asbob—uskunalar talab qiladi hamda melanin ajratishga ketadigan vaqt ancha qisqaradi. Bundan tashqari,2-usulda melaninni hosil bo'lishini aniqlash sezgirligi 1-usulga nisbatan biroz bo'lsada yuqori ekanligi qayd etildi. Xar ikkala usulda xam melaninni eng ko'p sintez qiladigan A4-13 va C17-1 shtammlari ekanligi aniqlandi.Shunday qilib, dinamikada o`stirilgan stammning tajribada qo`llanilgan oziqa muhitlar o`rtasida melaninni yuqori sintez qilishi kartoshka va temir sitratli oziqa muhiti optimal ekanligi aniqlandi
Melanin ajratish bo'yicha qo'llanilgan 2 ta usul solishtirilganda, 2-usulni optimal deb xisoblaymiz. Bunga sabab, 2 usulda 1 usulga nisbatan kamroq reagentlar va asbob—uskunalar talab qiladi hamda melanin ajratishga ketadigan vaqt ancha qisqaradi. Bundan tashqari,2-usulda melaninni hosil bo'lishini aniqlash sezgirligi 1-usulga nisbatan biroz bo'lsada yuqori ekanligi qayd etildi. Xar ikkala usulda xam melaninni eng ko'p sintez qiladigan A4-13 va C17-1 shtammlari ekanligi aniqlandi.Shunday qilib, dinamikada o`stirilgan stammning tajribada qo`llanilgan oziqa muhitlar o`rtasida melaninni yuqori sintez qilishi kartoshka va temir sitratli oziqa muhiti optimal ekanligi aniqlandi
First of all, we arecomparing the 2 methods used for separating melanin, we consider the 2nd method to be optimal. Because of this, 2 methods require less reagents and equipment than 1 method, and the time required for melanin separation is much shorter. In addition, it was noted that the sensitivity of the detection of melanin formation in the 2nd method is slightly higher than that of the 1st method. In both methods, it was determined that A4-13 and C17-1 strains synthesize the most melanin
| № | Муаллифнинг исми | Лавозими | Ташкилот номи |
|---|---|---|---|
| 1 | Raximova K.A. | ! | Toshkent Farmatsevtika Instituti |
| № | Ҳавола номи |
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