Corticoviridae
Pseudoalteromonas
Terminology as Topic
Glossinidae
DNA, Circular
Any of the covalently closed DNA molecules found in bacteria, many viruses, mitochondria, plastids, and plasmids. Small, polydisperse circular DNA's have also been observed in a number of eukaryotic organisms and are suggested to have homology with chromosomal DNA and the capacity to be inserted into, and excised from, chromosomal DNA. It is a fragment of DNA formed by a process of looping out and deletion, containing a constant region of the mu heavy chain and the 3'-part of the mu switch region. Circular DNA is a normal product of rearrangement among gene segments encoding the variable regions of immunoglobulin light and heavy chains, as well as the T-cell receptor. (Riger et al., Glossary of Genetics, 5th ed & Segen, Dictionary of Modern Medicine, 1992)
Red Cross
Classification
Molecular Sequence Data
Descriptions of specific amino acid, carbohydrate, or nucleotide sequences which have appeared in the published literature and/or are deposited in and maintained by databanks such as GENBANK, European Molecular Biology Laboratory (EMBL), National Biomedical Research Foundation (NBRF), or other sequence repositories.
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Bacteria
One of the three domains of life (the others being Eukarya and ARCHAEA), also called Eubacteria. They are unicellular prokaryotic microorganisms which generally possess rigid cell walls, multiply by cell division, and exhibit three principal forms: round or coccal, rodlike or bacillary, and spiral or spirochetal. Bacteria can be classified by their response to OXYGEN: aerobic, anaerobic, or facultatively anaerobic; by the mode by which they obtain their energy: chemotrophy (via chemical reaction) or PHOTOTROPHY (via light reaction); for chemotrophs by their source of chemical energy: CHEMOLITHOTROPHY (from inorganic compounds) or chemoorganotrophy (from organic compounds); and by their source for CARBON; NITROGEN; etc.; HETEROTROPHY (from organic sources) or AUTOTROPHY (from CARBON DIOXIDE). They can also be classified by whether or not they stain (based on the structure of their CELL WALLS) with CRYSTAL VIOLET dye: gram-negative or gram-positive.
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Paeonia
A plant genus of the family Paeoniaceae, order Dilleniales, subclass Dilleniidae, class Magnoliopsida. These perennial herbs are up to 2 m (6') tall. Leaves are alternate and are divided into three lobes, each lobe being further divided into three smaller lobes. The large flowers are symmetrical, bisexual, have 5 sepals, 5 petals (sometimes 10), and many stamens.
Vaccinia virus
Virus Replication
Receptors, Virus
Virus Assembly
Virus Shedding
Indonesia
A republic stretching from the Indian Ocean east to New Guinea, comprising six main islands: Java, Sumatra, Bali, Kalimantan (the Indonesian portion of the island of Borneo), Sulawesi (formerly known as the Celebes) and Irian Jaya (the western part of New Guinea). Its capital is Djakarta. The ethnic groups living there are largely Chinese, Arab, Eurasian, Indian, and Pakistani; 85% of the peoples are of the Islamic faith.
Malaysia
A parliamentary democracy with a constitutional monarch in southeast Asia, consisting of 11 states (West Malaysia) on the Malay Peninsula and two states (East Malaysia) on the island of BORNEO. It is also called the Federation of Malaysia. Its capital is Kuala Lumpur. Before 1963 it was the Union of Malaya. It reorganized in 1948 as the Federation of Malaya, becoming independent from British Malaya in 1957 and becoming Malaysia in 1963 as a federation of Malaya, Sabah, Sarawak, and Singapore (which seceded in 1965). The form Malay- probably derives from the Tamil malay, mountain, with reference to its geography. (From Webster's New Geographical Dictionary, 1988, p715 & Room, Brewer's Dictionary of Names, 1992, p329)
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Enterovirus
Enterovirus B, Human
Coxsackievirus Infections
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Poliovirus
A species of ENTEROVIRUS which is the causal agent of POLIOMYELITIS in humans. Three serotypes (strains) exist. Transmission is by the fecal-oral route, pharyngeal secretions, or mechanical vector (flies). Vaccines with both inactivated and live attenuated virus have proven effective in immunizing against the infection.
Enterovirus A, Human
Coronavirus
Camels
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DNA, Single-Stranded
DNA-Directed DNA Polymerase
DNA-dependent DNA polymerases found in bacteria, animal and plant cells. During the replication process, these enzymes catalyze the addition of deoxyribonucleotide residues to the end of a DNA strand in the presence of DNA as template-primer. They also possess exonuclease activity and therefore function in DNA repair.
RNA-Directed DNA Polymerase
Hepatitis B virus
The type species of the genus ORTHOHEPADNAVIRUS which causes human HEPATITIS B and is also apparently a causal agent in human HEPATOCELLULAR CARCINOMA. The Dane particle is an intact hepatitis virion, named after its discoverer. Non-infectious spherical and tubular particles are also seen in the serum.
Pseudomonas Phages
Cystoviridae
Tectiviridae
Myoviridae
Pseudomonas
The complete genome sequence of PM2, the first lipid-containing bacterial virus To Be isolated. (1/17)
Bacteriophage PM2 was isolated from the Pacific Ocean off the coast of Chile in the late 1960s. It was a new virus type, later classified as Corticoviridae, and also the first bacterial virus for which it was demonstrated that lipids are part of the virion structure. Here we report the determination and analysis of the 10, 079-bp circular dsDNA genome sequence. Noteworthy discoveries are the replication initiation system, which is related to the rolling circle mechanism described for phages such as φX174 and P2, and a 1.2-kb sequence that is similar to the maintenance region of a plasmid found in a marine Pseudoalteromonas sp. strain A28. (+info)Purification and protein composition of PM2, the first lipid-containing bacterial virus to be isolated. (2/17)
The marine, icosahedral bacteriophage PM2 was isolated in the late 1960s. It was the first phage for which lipids were firmly demonstrated to be part of the virion structure and it has been classified as the type organism of the Corticoviridae family. The host, Pseudoalteromonas espejiana BAL-31, belongs to a common group of marine bacteria. We developed a purification method producing virions with specific infectivity approximately as high as that of the lipid-containing phages PRD1 and φ6. The sensitivity of the virus to normally used purification media such as those containing sucrose is demonstrated. We also present an alternative host, a pseudoalteromonad, that allows enhanced purification of the virus under reduced salt conditions. We show, using N-terminal amino acid sequencing and comparison with the genomic sequence, that there are at least eight structural proteins in the infectious virus. (+info)A conserved genetic module that encodes the major virion components in both the coliphage T4 and the marine cyanophage S-PM2. (3/17)
Sequence analysis of a 10-kb region of the genome of the marine cyanomyovirus S-PM2 reveals a homology to coliphage T4 that extends as a contiguous block from gene (g)18 to g23. The order of the S-PM2 genes in this region is similar to that of T4, but there are insertions and deletions of small ORFs of unknown function. In T4, g18 codes for the tail sheath, g19, the tail tube, g20, the head portal protein, g21, the prohead core protein, g22, a scaffolding protein, and g23, the major capsid protein. Thus, the entire module that determines the structural components of the phage head and contractile tail is conserved between T4 and this cyanophage. The significant differences in the morphology of these phages must reflect the considerable divergence of the amino acid sequence of their homologous virion proteins, which uniformly exceeds 50%. We suggest that their enormous diversity in the sea could be a result of genetic shuffling between disparate phages mediated by such commonly shared modules. These conserved sequences could facilitate genetic exchange by providing partially homologous substrates for recombination between otherwise divergent phage genomes. Such a mechanism would thus expand the pool of phage genes accessible by recombination to all those phages that share common modules. (+info)Bacteriophage PM2 has a protein capsid surrounding a spherical proteinaceous lipid core. (4/17)
The marine double-stranded DNA (dsDNA) bacteriophage PM2, studied since 1968, is the type organism of the family Corticoviridae, infecting two gram-negative Pseudoalteromonas species. The virion contains a membrane underneath an icosahedral protein capsid composed of two structural proteins. The purified major capsid protein, P2, appears as a trimer, and the receptor binding protein, P1, appears as a monomer. The C-terminal part of P1 is distal and is responsible for receptor binding activity. The rest of the structural proteins are associated with the internal phospholipid membrane enclosing the viral genome. This internal particle is designated the lipid core. The overall structural organization of phage PM2 resembles that of dsDNA bacteriophage PRD1, the type organism of the family TECTIVIRIDAE: (+info)Transcription of bacteriophage PM2 involves phage-encoded regulators of heterologous origin. (5/17)
Bacteriophage PM2 is the only described member of the Corticoviridae family. It is an icosahedral dsDNA virus with a membrane residing underneath the protein coat. PM2 infects some gram-negative Pseudoalteromonas spp. In the present study, we mapped the viral promoters and showed that the PM2 genome consists of three operons. Four new virus genes were assigned based on their function in transcription. Proteins P15 and P16 are shown to repress early transcription, and proteins P13 and P14 are shown to activate late transcription events. The early regulatory region, containing genes for proteins P15 and P16, as well as the newly identified early promoter region in PM2, has significant sequence similarity with the Pseudoalteromonas pAS28 plasmid. P14, the transcription activator for the structural genes, has a zinc finger motif homologous to archaeal and eukaryotic TFIIS-type regulatory factors. (+info)Penetration of membrane-containing double-stranded-DNA bacteriophage PM2 into Pseudoalteromonas hosts. (6/17)
The icosahedral bacteriophage PM2 has a circular double-stranded DNA (dsDNA) genome and an internal lipid membrane. It is the only representative of the Corticoviridae family. How the circular supercoiled genome residing inside the viral membrane is translocated into the gram-negative marine Pseudoalteromonas host has been an intriguing question. Here we demonstrate that after binding of the virus to an abundant cell surface receptor, the protein coat is most probably dissociated. During the infection process, the host cell outer membrane becomes transiently permeable to lipophilic gramicidin D molecules proposing fusion with the viral membrane. One of the components of the internal viral lipid core particle is the integral membrane protein P7, with muralytic activity that apparently aids the process of peptidoglycan penetration. Entry of the virion also causes a limited depolarization of the cytoplasmic membrane. These phenomena differ considerably from those observed in the entry process of bacteriophage PRD1, a dsDNA virus, which uses its internal membrane to make a cell envelope-penetrating tubular structure. (+info)Biochemical quantitation of PM2 phage DNA as a substrate for endonuclease assay. (7/17)
Bacteriophage PM2 has a closed circular form of double stranded DNA as a genome. This DNA from the phage is a useful source for nick-circle endonuclease assay in the fmol range. Due to difficulties in the maintenance of viral infectivity, storage conditions of the phage should be considered for the purification of PM2 DNA. The proper condition for a short-term storage of less than 2 months is to keep the PM2 phage at 4 degrees C; whereas the proper condition for a long-term storage of the PM2 phage for over 2 months is to keep it under liquid nitrogen in 7.5% glycerol. The optimal conditions for a high yield of phage progeny were also considered with the goal to achieve a successful PM2 DNA preparation. A MOI(Multiplicity Of Infection) of 0.03, in which the OD600 of the host bacteria was between 0.3 and 0.5, turned out to be optimal for the mass production of PM2 phage with a burst size of about 214. Considerations of PM2 genome size, and the concentrations and radiospecific activities of purified PM2 DNA, are required to measure the endonuclease activity in the fmol range. This study reports the proper quantitation of radioactivity and the yield of purified DNA based on these conditions. (+info)Preliminary crystallographic analysis of the major capsid protein P2 of the lipid-containing bacteriophage PM2. (8/17)
PM2 (Corticoviridae) is a dsDNA bacteriophage which contains a lipid membrane beneath its icosahedral capsid. In this respect it resembles bacteriophage PRD1 (Tectiviridae), although it is not known whether the similarity extends to the detailed molecular architecture of the virus, for instance the fold of the major coat protein P2. Structural analysis of PM2 has been initiated and virus-derived P2 has been crystallized by sitting-nanodrop vapour diffusion. Crystals of P2 have been obtained in space group P2(1)2(1)2, with two trimers in the asymmetric unit and unit-cell parameters a = 171.1, b = 78.7, c = 130.1 A. The crystals diffract to 4 A resolution at the ESRF BM14 beamline (Grenoble, France) and the orientation of the non-crystallographic threefold axes, the spatial relationship between the two trimers and the packing of the trimers within the unit cell have been determined. The trimers form tightly packed layers consistent with the crystal morphology, possibly recapitulating aspects of the arrangement of subunits in the virus. (+info)
Corticoviridae - Corticoviridae - dsDNA Viruses - International Committee on Taxonomy of Viruses (ICTV)
Corticoviridae - Corticoviridae - dsDNA Viruses - International Committee on Taxonomy of Viruses (ICTV)
WHO Drug Study for Buruli Ulcer - Comparison of SR8 and CR8 - Full Text View - ClinicalTrials.gov
Marine bacteriophage - Wikipedia
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Bleomycin-induced Alkaline-labile Damage and Direct Strand Breakage of PM2 DNA<...
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Bacteriophage
Corticoviridae. Nonenveloped, isometric. Circular dsDNA. Cystoviridae. Enveloped, spherical. Segmented dsRNA. Fuselloviridae. ...
Virus-Taxonomie
Familie Corticoviridae. *Genus Corticovirus. *Familie Fuselloviridae[12]. *Genus Alphafusellovirus[13]. *Genus Betafusellovirus ...
Virus DNA bahasa Indonesia, ensiklopedia bebas
Famili Corticoviridae. *Famili Fuselloviridae. *Famili Guttaviridae. *Famili Hepadnavirus. *Famili Herpesviridae - termasuk ...
腸道病毒 - 维基百科,自由的百科全书
覆盖噬菌体科 Corticoviridae. *微小纺锤形噬菌体科 Fuselloviridae ...
中東呼吸綜合症 - 维基百科,自由的百
覆盖噬菌体科 Corticoviridae. *微小纺锤形噬菌体科 Fuselloviridae ...
Marine viruses
These non-tailed phages also infect marine bacteria, and include the families Corticoviridae,Inoviridae,Microviridae and ... However, viruses belonging to families Corticoviridae, Inoviridae and Microviridae are also known to infect diverse marine ...
Marine life
Bacteriophages belonging to the families Corticoviridae, Inoviridae and Microviridae are also known to infect diverse marine ...
Marine microorganisms
Phages belonging to the families Corticoviridae,Inoviridae,Microviridae, and Autolykiviridae are also known to infect diverse ...
Sphaerolipoviridae
Corticoviridae and Turriviridae. There are three genera in this family. Members of the genera Alphasphaerolipovirus and ...
Cystovirus
No other bacteriophage has any lipid in its outer coat, though the Tectiviridae and the Corticoviridae have lipids within their ...
Varidnaviria
... in the case of the family Corticoviridae. An exception is the family Sphaerolipoviridae, whose members do not encode any ...
List of virus families and subfamilies
Caulimoviridae Chaseviridae Chrysoviridae Chuviridae Circoviridae Clavaviridae Closteroviridae Coronaviridae Corticoviridae ...
Dodatak:Popisi vrsta:Virusi - Wikipedija
Corticoviridae , Corticovirus: , Cosavirus: , Crinivirus: , Cripavirus: , Crocodylidpoxvirus: , Cryspovirus: , Cucumovirus: , ...
Retrovirus
When retroviruses have integrated their own genome into the germ line, their genome is passed on to a following generation. These endogenous retroviruses (ERVs), contrasted with exogenous ones, now make up 5-8% of the human genome.[7] Most insertions have no known function and are often referred to as "junk DNA". However, many endogenous retroviruses play important roles in host biology, such as control of gene transcription, cell fusion during placental development in the course of the germination of an embryo, and resistance to exogenous retroviral infection. Endogenous retroviruses have also received special attention in the research of immunology-related pathologies, such as autoimmune diseases like multiple sclerosis, although endogenous retroviruses have not yet been proven to play any causal role in this class of disease.[8] While transcription was classically thought to occur only from DNA to RNA, reverse transcriptase transcribes RNA into DNA. The term "retro" in retrovirus refers to ...
Hepadnaviridae
The hepatitis envelope proteins are composed of subunits made from the viral preS1, preS2, and S genes. The L (for "large") envelope protein contains all three subunits. The M (for "medium") protein contains only preS2 and S. The S (for "small") protein contains only S. The genome portions encoding these envelope protein subuntis share both the same frame and the same stop codon (generating nested transcripts on a single open reading frame. The pre-S1 is encoded first (closest to the 5' end), followed directly by the pre-S2 and the S. When a transcript is made from the beginning of the pre-S1 region, all three genes are included in the transcript and the L protein is produced. When the transcript starts after the pro-S1 at the beginning of the pre-S2 the final protein contains the pre-S2 and S subunits only and therefore is an M protein. The smallest envelope protein containing just the S subunit is made most because it is encoded closest to the 3' end and comes from the shortest transcript. ...
Betanodavirus
Viruses in Betanodavirus are non-enveloped, with icosahedral geometries, and T=3 symmetry. The diameter is around 30 nm. Genomes are linear and segmented, bipartite, around 21.4kb in length.[8]. The crystal structure of a betanodavirus- T=3 Grouper nervous necrosis virus (GNNV)-like particle has been determined by X-ray crystallography. The virus-like particle contains 180 subunits of the capsid protein, and each capsid protein (CP) shows three major domains: (i) the N-terminal arm, an inter-subunit extension at the inner surface; (ii) the shell domain (S-domain), a jelly-roll structure; and (iii) the protrusion domain (P-domain) formed by three-fold trimeric protrusions. [10]. ...
Polydnavirus
Nucleic acid analysis suggests a very long association of the viruses with the wasps (greater than 70 million years).. Two proposals have been advanced for how the wasp/virus association developed. The first suggests that the virus is derived from wasp genes. Many parasitoids that do not use PDVs inject proteins that provide many of the same functions, that is, a suppression of the immune response to the parasite egg. In this model, the braconid and ichneumonid wasps packaged genes for these functions into the viruses-essentially creating a gene-transfer system that results in the caterpillar producing the immune-suppressing factors. In this scenario, the PDV structural proteins (capsids) were probably "borrowed" from existing viruses.. The alternative proposal suggests that ancestral wasps developed a beneficial association with an existing virus that eventually led to the integration of the virus into the wasp's genome. Following integration, the genes responsible for virus replication and the ...
Virus
Louis Pasteur was unable to find a causative agent for rabies and speculated about a pathogen too small to be detected using a microscope.[21] In 1884, the French microbiologist Charles Chamberland invented a filter (known today as the Chamberland filter or the Pasteur-Chamberland filter) with pores smaller than bacteria. Thus, he could pass a solution containing bacteria through the filter and completely remove them from the solution.[22] In 1892, the Russian biologist Dmitri Ivanovsky used this filter to study what is now known as the tobacco mosaic virus. His experiments showed that crushed leaf extracts from infected tobacco plants remain infectious after filtration. Ivanovsky suggested the infection might be caused by a toxin produced by bacteria, but did not pursue the idea.[23] At the time it was thought that all infectious agents could be retained by filters and grown on a nutrient medium - this was part of the germ theory of disease.[2] In 1898, the Dutch microbiologist Martinus ...
Herpesvirales
The Herpesvirales naming system originated in 1973 and has been elaborated considerably since. All herpesviruses described since this system was adopted have been named in accordance with it. The recommended naming system specifies that each species name consists of three parts: a first word, a second word, and finally a number. The first word should be derived from the taxon (family or subfamily) to which its primary natural host belongs. The subfamily name is used for viruses from members of the family Bovidae or from primates (the virus name ending in -ine, e.g. bovine), and the host family name for other viruses (ending in -id, e.g. equid). Human herpesviruses have been treated as an exception (human rather than hominid). Following the host-derived term, species in the family Herpesviridae, which are divided into subfamilies Alphaherpesvirinae, Betaherpesvirinae, and Gammaherpesvirinae, will have the word alphaherpesvirus, betaherpesvirus, or gammaherpesvirus added, respectively. Species in ...
History of virology
Despite his other successes, Louis Pasteur (1822-1895) was unable to find a causative agent for rabies and speculated about a pathogen too small to be detected using a microscope.[1] In 1884, the French microbiologist Charles Chamberland (1851-1931) invented a filter - known today as the Chamberland filter - that had pores smaller than bacteria. Thus, he could pass a solution containing bacteria through the filter and completely remove them from the solution.[2] In 1876, Adolf Mayer, who directed the Agricultural Experimental Station in Wageningen was the first to show that what he called "Tobacco Mosaic Disease" was infectious, he thought that it was caused by either a toxin or a very small bacterium. Later, in 1892, the Russian biologist Dmitry Ivanovsky (1864-1920) used a Chamberland filter to study what is now known as the tobacco mosaic virus. His experiments showed that crushed leaf extracts from infected tobacco plants remain infectious after filtration. Ivanovsky suggested the infection ...
Gammaherpesvirinae
Gammaherpesviruses are of primary interest due to the two human viruses, EBV and KSHV and the diseases they cause. The gammaherpesviruses replicate and persist in lymphoid cells but some are capable of undergoing lytic replication in epithelial or fibroblast cells. Gammaherpesviruses may be a cause of chronic fibrotic lung diseases in humans and in animals.[10] Murid herpesvirus 68 is an important model system for the study of gammaherpesviruses with tractable genetics. The gammaherpesviruses, including HVS, EBV, KSHV, and RRV, are capable of establishing latent infection in lymphocytes.[9] Attenuated virus mutants represent a promising approach towards gamma-herpesvirus infection control. Surprisingly, latency-deficient and, therefore, apathogenic MHV-68 mutants are found to be highly effective vaccines against these viruses.[8] Research in this area is almost exclusively performed using MHV68 as KSHV and EBV (the major human pathogens of this family) do not productively infect model organisms ...
Birnaviridae
The Birnaviridae genome encodes several proteins: Birnaviridae RNA-directed RNA polymerase (VP1), which lacks the highly conserved Gly-Asp-Asp (GDD) sequence, a component of the proposed catalytic site of this enzyme family that exists in the conserved motif VI of the palm domain of other RNA-directed RNA polymerases.[3] The large RNA segment, segment A, of birnaviruses codes for a polyprotein (N-VP2-VP4-VP3-C) [4] that is processed into the major structural proteins of the virion: VP2, VP3 (a minor structural component of the virus), and into the putative protease VP4.[4] VP4 protein is involved in generating VP2 and VP3.[4] recombinant VP3 is more immunogenic than recombinant VP2.[5] Infectious pancreatic necrosis virus (IPNV), a birnavirus, is an important pathogen in fish farms. Analyses of viral proteins showed that VP2 is the major structural and immunogenic polypeptide of the virus.[6][7] All neutralizing monoclonal antibodies are specific to VP2 and bind to continuous or discontinuous ...
Mononegavirales bahasa Indonesia, ensiklopedia bebas
Mononegavirales adalah ordo virus RNA yang berada dalam filum Negarnaviricota dan kelas Monjiviricetes.[1] Nama Mononegavirales berasa dari bahasa Yunani μóνος [monos] yang merujuk pada genom untai tunggal pada sebagian besar ordo ini, bahasa Latin negare yang merujuk pada sifat sense-negatif genom virus, serta akhiran -virales yang menunjukkan ordo virus.[2] Anggota ordo ini yang dikenal di antaranya virus rabies dan virus Ebola yang dapat menyebabkan penyakit, baik pada manusia maupun hewan. ...
Marine bacteriophage
... viruses belonging to families Corticoviridae,[8] Inoviridae[9] and Microviridae[10] are also known to infect diverse marine ...
Templat:Baltimore classification Bahasa Melayu, ensiklopedia bebas
ungrouped: Ascoviridae · Asfarviridae · Baculoviridae · Coccolithoviridae · Corticoviridae · Fuselloviridae · Guttaviridae · ...
Corticoviridae - Corticoviridae - dsDNA Viruses - International Committee on Taxonomy of Viruses (ICTV)
Corticoviridae - Corticoviridae - dsDNA Viruses - International Committee on Taxonomy of Viruses (ICTV)
Corticoviridae Citation: A summary of this ICTV online (10th) report chapter has been published as an ICTV Virus Taxonomy ... The Corticoviridae is a family of icosahedral, internal membrane-containing viruses with double-stranded circular DNA genomes ... Figure 2.Corticoviridae. Genome organization of Pseudoalteromonas virus PM2. The genome is a 10,079 bp highly supercoiled, ... Although the virus is virulent and the sole member of the family Corticoviridae, comparative genomic approaches have shown that ...
Bacteriophage - Wikipedia
Virus-Taxonomie - Wikipedia
Virus Taxonomy: Ninth Report of the International Committee on Taxonomy of Viruses, Book by Andrew MQ King (Other) | chapters...
Virus - Everything2.com
The Big Picture Book of Viruses - Baltimore Listing
Virus DNA - Wikipedia bahasa Indonesia, ensiklopedia bebas
Model for a novel membrane envelope in a filamentous hyperthermophilic virus | eLife
Ligand functionalized polymers - 3M Innovative Properties Company
DNA virus - wikidoc
Cystovirus - Wikipedia
Marine viruses - Wikipedia
Marine life - Wikipedia
Corticovirus | definition of Corticovirus by Medical dictionary
Marine Bacteriophage | Technology Trends
Patent US8211279 - Electrochemistry and electrogenerated chemiluminescence with a single ... - Google Patents
Bipartite Network Analysis of the Archaeal Virosphere: Evolutionary Connections between Viruses and Capsidless Mobile Elements ...
Bacteriophage types - Replication & Classification | Bacteriophage.news
Viral dark matter and virus-host interactions resolved from publicly available microbial genomes | eLife
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METHODS AND SYSTEMS FOR QUANTIFYING TWO OR MORE ANALYTES USING MASS SPECTROMETRY - PERKINELMER HEALTH SCIENCES CANADA INC
Professor Jonathan M Grimes - Nuffield Department of Medicine
Code System Concept
DeCS
Inoviridae1
- However, viruses belonging to families Corticoviridae, Inoviridae and Microviridae are also known to infect diverse marine bacteria . (primidi.com)
DsDNA1
- PM2 (Corticoviridae) is a dsDNA bacteriophage which contains a lipid membrane beneath its icosahedral capsid. (ox.ac.uk)
Viruses2
- The Corticoviridae is a family of icosahedral internal membrane-containing viruses with double-stranded circular DNA genomes of ~10 000 bases in length. (ictvonline.org)
- The Corticoviridae is a family of icosahedral, internal membrane-containing viruses with double-stranded circular DNA genomes of approximately 10 kbp. (ictvonline.org)
Tectiviridae1
- No other bacteriophage has any lipid in its outer coat, though the Tectiviridae and the Corticoviridae have lipids within their capsids. (wikipedia.org)
Corticovirus2
- The sole species in the genus Corticovirus, family CORTICOVIRIDAE. (bvsalud.org)
- Corticoviridae 0 questions A family of icosahedral, lipid-containing, non-enveloped bacteriophages containing one genus (Corticovirus). (lookformedical.com)
Genus2
- Genus Tequatrovirus ( T4virus , T4-ähnliche Viren , en. (wikipedia.org)
- Only genus in the viral family of Corticoviridae. (thefreedictionary.com)