tag:blogger.com,1999:blog-6673091514910383162.post8831073854560832123..comments2022-06-27T22:55:09.261+03:00Comments on Winoblog: UCA,_B4_1: First Blog PostHera Karayannihttp://www.blogger.com/profile/03562209355698786356noreply@blogger.comBlogger1125tag:blogger.com,1999:blog-6673091514910383162.post-59592649040397947612017-06-26T13:58:31.448+03:002017-06-26T13:58:31.448+03:00Very elaborate post. Good job!
I just have to mak...Very elaborate post. Good job!<br /><br />I just have to make some corections.<br /><br />"Unicellular algae" appeared much later in Earth's history. The first "algae" that produced oxygen were actually prokaryotic cyanobacteria.<br /><br /><br />"Some bacteria can break down NaCl into its individual ions (chloride and sodium).". NaCl dissociates in water and there is no need for any bacteria to break down NaCl. In addition, NaCl is not a necessity for halophilic bacteria, it just creates en environment where other bacteria cannot grow and they are able to outcompete them. It is as stressful for them to grow there. They are just adapted to this environment.<br /><br />"In normal conditions, we cannot distinguish any microorganism layer in mud, as it viscosity keeps it homogenous." You would not be able to see bacteria no matter what the viscocity of the sample/medium. <br /><br />Remember that genera in species names are written with a capital letter.<br /><br />Keep up the good work.<br /><br />Anonymoushttps://www.blogger.com/profile/16671538935478091986noreply@blogger.com