Trinhphuongtran
20.05.2020 •
Biology
How did the idea of spontaneous generation come about?
Solved
Show answers
More tips
- S Style and Beauty Ultimate Guide on How to Care for Suede Shoes...
- S Sport Running: How to Do It Right?...
- F Food and Cooking How to Cook Spaghetti Right – Secrets and Tips...
- P Philosophy Personal attitude towards Confession: how to prepare and undergo the procedure correctly?...
- H Health and Medicine Flu: How to Recognize It by the First Symptoms?...
- F Food and Cooking How to Sober Up Quickly? Important Facts and Tips...
- H Health and Medicine How to Properly Take a Blood Sugar Test?...
- H Health and Medicine Simple and Effective: How to Get Rid of Cracked Heels...
- O Other How to Choose the Best Answer to Your Question on The Grand Question ?...
- L Leisure and Entertainment History of International Women s Day: When Did the Celebration of March 8th Begin?...
Answers on questions: Biology
- M Mathematics Anna bought 8 goldfish and 2 rainbow fish for her aquarium. the rainbow fish cost 6 dollars more than the goldfish. she paid a total of 37 dollars for the fish. write an equation...
- M Mathematics . Andrés va a colocar piso a su cuarto, si el cuarto mide 3.7m de ancho por 4.5m de largo y cada caja de piso alcanza para 1.54m2. ¿Cuántas cajas de piso va a necesitar?...
- H History Helppppp Bombardment of Fort Sumter...
Ответ:
Aristotle
The Greek philosopher Aristotle (384–322 BC) was one of the earliest recorded scholars to articulate the theory of spontaneous generation, the notion that life can arise from nonliving matter. Aristotle proposed that life arose from nonliving material if the material contained pneuma (“vital heat”).
Explanation:
Ответ:
telomere replication problem
Explanation:
The telomeres are nucleoprotein structures that act to protect the extremities of linear chromosomes. At each cell division, the telomere becomes shorter due to its incomplete replication by conventional DNA polymerases. This genetic phenomenon is known as the 'telomere replication problem' (also called end-replication problem). Eukaryotic organisms fight against this problem by locating telomeres at the end of each linear chromosome (since telomeres are highly repeated hexameric nucleotide sequences).