User:Gasforth-2021

21 Януари 2020 - 26 Февруари 2018 CHN USA SAU MEX COL 2024 23-24

Времето е в нас и ний сме във времето, то нас обръща и ний него обръщаме.

B.V.B.2025 - 13.IV.2025 / 15:15

Светлозар Моллов 2333.85 / 2140

1022.00 - Септември , 100.85 - Октомври , 131.00 - Ноември , 0.00 - Декември , 434.50 - Януари , 351.00 - Февруари

ByMe Div2 21-22 Чек2 2026 ENG ESP GER ITA OPU CL

KAL Kolp

BUL 29 13.Apr & 30 20.Apr

SUI 32 13/14.Apr & 33 21.Apr

IRL 7 29.Mar & 8 1.Apr & 9 5/6.Apr & 10 12.Apr

LTU 5 29/30/31.Mar & 6 6/7.Apr & 7 9/10.Apr & 8 13/14.Apr

LVA 1

EST 1

SWE 1

BLR 1

NOR 1

Usss

Picture of the day

Cytoplasmic streaming is a biological process in which cytoplasm flows inside a cell, driven by forces from the cytoskeleton. It is usually observed in large plant and animal cells, as well as amoebae, fungi, and slime moulds. It is likely that its function is, at least in part, to speed up the transport of molecules and organelles around the cell. The process was first discovered by the Italian scientist Bonaventura Corti in 1774, within the algae genera Nitella and Chara. While its mechanism is not fully understood, what is clearly visible in plant cells which exhibit cytoplasmic streaming is the motion of the chloroplasts moving with the cytoplasmic flow. This motion results from fluid being entrained by moving motor molecules of the plant cell. This video, taken through a microscope, shows cytoplasmic streaming occurring in an onion epidermal cell.Video credit: Heiti Paves

July 26, 2025 Current UTC time and date ()