نتایج جستجو برای: تحلیل mic mac

تعداد نتایج: 281486  

Journal: :PLoS Biology 2006
Jonathan A Eisen Robert S Coyne Martin Wu Dongying Wu Mathangi Thiagarajan Jennifer R Wortman Jonathan H Badger Qinghu Ren Paolo Amedeo Kristie M Jones Luke J Tallon Arthur L Delcher Steven L Salzberg Joana C Silva Brian J Haas William H Majoros Maryam Farzad Jane M Carlton Roger K Smith Jyoti Garg Ronald E Pearlman Kathleen M Karrer Lei Sun Gerard Manning Nels C Elde Aaron P Turkewitz David J Asai David E Wilkes Yufeng Wang Hong Cai Kathleen Collins B. Andrew Stewart Suzanne R Lee Katarzyna Wilamowska Zasha Weinberg Walter L Ruzzo Dorota Wloga Jacek Gaertig Joseph Frankel Che-Chia Tsao Martin A Gorovsky Patrick J Keeling Ross F Waller Nicola J Patron J. Michael Cherry Nicholas A Stover Cynthia J Krieger Christina del Toro Hilary F Ryder Sondra C Williamson Rebecca A Barbeau Eileen P Hamilton Eduardo Orias

The ciliate Tetrahymena thermophila is a model organism for molecular and cellular biology. Like other ciliates, this species has separate germline and soma functions that are embodied by distinct nuclei within a single cell. The germline-like micronucleus (MIC) has its genome held in reserve for sexual reproduction. The soma-like macronucleus (MAC), which possesses a genome processed from that...

2017
Masaaki Iwamoto Hiroko Osakada Chie Mori Yasuhiro Fukuda Koji Nagao Chikashi Obuse Yasushi Hiraoka Tokuko Haraguchi

The nuclear pore complex (NPC), a gateway for nucleocytoplasmic trafficking, is composed of about 30 different proteins called nucleoporins. It remains unknown whether the NPCs within a species are homogeneous or vary depending on the cell type, or physiological condition. Here, we present evidence for compositionally distinct NPCs that form within a single cell in a binucleated ciliate. In Tet...

Ahmad Jalalian Fatemeh Madadian Chaleshtory, Naser Honarjoo

Soil organic carbon has been the most important soil quality measurement factors and has intense relation with soil physical, chemical and biological characteristics. Organic matter and its components are important factors of soil aggregates constitution and stability and play significant role in its structure.So, this research has been done for achieving this purpose. This area is arounding sa...

2016
Devyani Deshpande Shashikant Srivastava Sandirai Musuka Tawanda Gumbo

Mycobacterium avium-intracellulare complex (MAC) causes an intractable intracellular infection that presents as chronic pulmonary disease. Currently, therapy consists of ethambutol and macrolides and takes several years to complete. The neuroleptic phenothiazine thioridazine kills mycobacteria by inhibiting the electron transport chain. In several experiments with bacterial populations of up to...

Journal: :Research, Society and Development 2022

Este estudo objetivou avaliar a influência que os atributos físicos do solo podem exercer sobre entomofauna edáfica, considerando uma área de Pousio e outra Mata Nativa, coletando-se amostras nas profundidades 0 – 20 cm 40 cm, totalizando 49 por profundidade, 98 área, avaliando-se: densidade (DS), macroporosidade (MAC), microporosidade (MIC), porosidade total (PT), umidade gravimétrica (UG) vol...

Journal: :Eukaryotic cell 2015
Qianyi Yang Amjad M Nasir Robert S Coyne James D Forney

Ubc9p is the sole E2-conjugating enzyme for SUMOylation, and its proper function is required for regulating key nuclear events such as transcription, DNA repair, and mitosis. In Tetrahymena thermophila, the genome is separated into a diploid germ line micronucleus (MIC) that divides by mitosis and a polyploid somatic macronucleus (MAC) that divides amitotically. This unusual nuclear organizatio...

2007
A. S. Argon

Fig. AI.l The stress dependence of the activation area for a dislocation segment overcoming a simple discrete obstacle. ABSTRACT. This chapte~ p~esents the foundations in continuum mechanics and i~~eve~sible the~odynamics fo~ constitutive ~e­ lations gove~ing plasticity. Special emphasis is given to the connection of mac~oscopic fo~lations to defo~ation mechanisms as ope~ative on the mic~scale....

Journal: :Genetics 2000
S Wickert L Nangle S Shevel E Orias

The genetics of the ciliate Tetrahymena thermophila are richer than for most other eukaryotic cells, because Tetrahymena possesses two genomes: a germline (micronuclear) genome that follows a Mendelian model of genetic transmission and a somatic (macronuclear) genome, derived from the micronuclear genome by fragmentation, which follows a different genetic transmission model called phenotypic as...

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