Nov 9, 2024
whenever i say sporulation in mold class i say it like flawed peacock says stimulation. SPOR-U-LA-TION!!!
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whenever i say sporulation in mold class i say it like flawed peacock says stimulation. SPOR-U-LA-TION!!!
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[19/100] sporulation guide, so you can live forever (disclaimer: you have to be a descendant of the domain bacteria)
The present work at a level that potato late blight attacks by P. infestans in western Algeria may be at the foliage level when infection is early and weather conditions are favorable. Thus, the impacts, severities and frequencies recorded in this region have remarkably increased the 2015-2016 crop year. Characterization of 40 isolates from harvested potato from different Wilaya revealed high variability in the population of P. infestans collected. This variability lies essentially in the coexistence of the two sex types A1 and A2 in the same plot or in separate plots. Thus, the isolates collected from the potato, those that come from the region of Mascara, Mostaganem, Ain Defla and chlef features biological and epidemiological significance than other isolates in mycelial growth, in vitro sporulation capacity, direct and indirect sporocyst germination pathogenicity and. Aggressiveness This study of the aggressiveness of isolates conducted on the leaves of different elements of a background that the potato varieties have levels of sensitivity to the pathogen. This great sensitivity noticed in the varieties tested suggests the presence in the Algerian field of a new population of the very aggressive pathogen.
xeno sporulation
Morphological Character Variations in Lasiodiplodia Species: Pathogen of Inflorescence Dieback in Cashew Growing Ecologies of Nigeria | Chapter 8 | Current Research Trends in Biological Science Vol. 1
Nine isolates of Lasiodiplodia theobromae were collected from cashew inflorescences showing typical symptoms of dieback disease in nine different farms belonging to various cashew growing ecologies of Nigeria. The result revealed that most of the Lasiodiplodia species isolates exhibited significant differences in morphology, colour and spore dimensions. The colony growth rate of Lasiodiplodia species range from 11.95 mm to 14.17 mm, colony texture and colour of the isolates in the obverse were fluffy dark mouse grey, fluffy mouse grey, fluffy olivaceous grey or fluffy groh grey while the reverse colour of the isolates was either greyish blue or sky grey. Sporulation was observed at varied degrees in all the Lasiodiplodia species isolates except in isolates from Oro and Ejule and likewise is the numbers of pycnidia produced varied in all the isolates across growing ecologies. Significant variations were observed in the characters and morphology of the Lasiodiplodia species isolates causing inflorescence dieback of cashew in Nigeria. Conidia of all isolates are septated with single septa but the septa sizes varies and conidia sizes also differ. Eigenvalues and variance proportion consistently decreased among selected characters and the proportional contribution of each character to the total variance also varied in dimension and quantity. Four clusters significantly evolved in the dendogram with 2, 2, 4 and 1 isolates within each cluster. Author(s) Details Dele Omoyele Adeniyi Department of Plant Biology, University of Ilorin, P.M.B. 1515 Ilorin, Nigeria and Plant Pathology Section, Cocoa Research Institute of Nigeria, P.M.B. 5244, Ibadan, Nigeria. View Book: - http://bp.bookpi.org/index.php/bpi/catalog/book/157
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SPORULATION IN ANY BACTERIA DRIVEN BY EPIGENETICS
A process called sporulation that lets the harmful bacterium Clostridium difficile (C. difficile) thrive and propagate inhospitable conditions is controlled by epigenetics, factors impacting gene expression beyond the DNA genetic code, scientists at Mount Sinai's Icahn School of Medicine study.
Read more..
https://www.industryglobalnews24.com/sporulation-in-any-bacteria-driven-by-epigenetics
A mechanism of how the mother cell engulfs the forespore. For a class (Microbial Physiology), I'm still trying to summarize this mechanism into my own words. Here goes? Mechanism does not require ATP. The "burnt bridge"= I have a strange image in my head of a poor protein running for dear life to finish crossing a burning bridge (over a river filled with crocodiles :D). Seriously, the main point is that the protein goes from random diffusion to preferring biased diffusion along some tract of peptidoglycan (in the case of prokaryotes). Somehow the protein will destroy its own preferred binding site --> no other way to turn back. How all of this helps with engulfment is that the act of engulfing will proceed (with inexpensive thermal energy) in one direction only. The "ratchet"= SpoIIQ and SpoIIIAH (proteins) --> movement for engulfment will be irreversible hence the ratchet analogy. Brownian= From Brownian motion? In general something relatively stationary is suspended in a gas or liquid and will move randomly (if ever so slightly) due to the constant motion of atoms and un-noticeables bombarding against said something.
My life has been really weird lately. But in a strangely beautiful way -- I think I just need to rub my eyes for a solid six minutes and get back into living so I can see it. Last semester I took a bacterial genetics class and when we were talking about sporulation and fruiting bodies there was a moment that was so cathartic for me. My professor was describing the bacteria's mindset and he said, "All I know is that where I am sucks. So I need to go." It so perfectly described how I feel about every little aspect of my life that I scribbled it at the top of the page along with all our bad jokes about phenotypes and ballsy thermophiles. Seriously, though. This school, my project from hell, my shithead family, this godforsaken city; none of this is where I want to be. It sucks. I need to go. I've got a year left and then I need to make like myxobacteria and get the fuck out of here.