Viruses can only multiply within living cells, by replicating their nucleic acid. The infection of a cell by a virus, then the multiplication of the virus can be summarized in different stages. 1. Adsorption of the virus in contact with the membrane of the infected cell, thanks to specific receptors 2. Penetration into the cell 3. Decapsidation (release of the nucleic acid) 4. Replication of the viral genome 5. Synthesis of viral proteins 6 Assembly and encapsidation of the viral particles produced 7. Release of the new viruses from the host cell

Viruses can only multiply within living cells, by replicating their nucleic acid. The infection of a cell by a virus, then the multiplication of the virus can be summarized in different stages. 1. Adsorption of the virus in contact with the membrane of the infected cell, thanks to specific receptors 2. Penetration into the cell 3. Decapsidation (release of the nucleic acid) 4. Replication of the viral genome 5. Synthesis of viral proteins 6 Assembly and encapsidation of the viral particles produced 7. Release of the new viruses from the host cell
SuperStock offers millions of photos, videos, and stock assets to creatives around the world. This image of Viruses can only multiply within living cells, by replicating their nucleic acid. The infection of a cell by a virus, then the multiplication of the virus can be summarized in different stages. 1. Adsorption of the virus in contact with the membrane of the infected cell, thanks to specific receptors 2. Penetration into the cell 3. Decapsidation (release of the nucleic acid) 4. Replication of the viral genome 5. Synthesis of viral proteins 6 Assembly and encapsidation of the viral particles produced 7. Release of the new viruses from the host cell by KERMOAL/BSIP is available for licensing today.

Visually Similar More from Microbiology and Cellular Structures story

RM
824-65830855
An illustrative diagram of a single, infective viral particle of HIV virus.
RM
824-63219971
Gram negative bacterium in section, DNA, mRNA ribosomes, treatments. The bacterium is cut to show its structure: wall traversed by porins, periplasmic space with the peptidoglycan, and the cytoplasmic membrane. At the heart of the bacterium, the DNA in transcription with a long strand of mRNA, the ribosomes producing polypeptides. Transport RNA.
RM
1899-61461952
This illustration of a composite photomicrograph reveals the ultrastructural details seen at two stages in the life cycle of the parasite, Entamoeba coli, including its cystic stage at lower right, which was stained with iodine, and its vegetative trophozoite stage stained at the Giemsa in the center left. CDC 1979
RM
1899-53513394
Synapse with neurotransmitters and captions on white background.
RM
824-63190331
Plant cell.
RM
4128-18497118
Mechanisms of antibiotic resistance of bacteria
RM
824-63219948
Neuron with neurofibrillary degeneration process, senile plaque, treatments. Central nervous system neuron affected by abnormal cleavage of APP (Amyloid Precursor Protein) to form senile plaque (yellow). The tau protein normally stabilizing the microtubules of the neuron phosphorylises abnormally and forms tangles (green): neurofibrillary degeneration (NFD). Cholinergic and glutamatergic neurons. Butrycholinesterases (orange), acetylcholinesterase (yellow) and NMDA (yellow) are treatment targets.
RM
1899-53513197
A long terme, les cellules souches adultes pourraient s'averer etre le meilleur choix pour la therapie cellulaire. Leurs avantages comprennent : l'absence de problemes de rejet immunitaire, une plus faible predisposition a favoriser les tumeurs, et leur disponibilite dans les tissus adultes. Elles peuvent etre recueillies chez le patient, cultivees et multipliees en nombre suffisant pour traiter une maladie ou des lesions.
RM
824-65830796
Tuberculosis, which results from an infection with Mycobacterium tuberculosis, can be cured with a combination of first-line drugs taken daily for several months. Shown here are the four drugs in the standard regimen of first-line drugs. Also shown are the dates these four drugs were discovered all more than 40 years ago.
RM
5507-31908404
Mucosal immune system diagram, medical vector illustration
RM
4409-17349164
Reactions a chloroplast during photosynthesis.
RM
5507-32870384
Role of good and bad lipids and levels of atherosclerotic plaque in blood vessel
RM
1899-53509171
The suspected origin of swine flu or influenza A.
RM
824-63164134
The suspected origin of swine flu or influenza A.
RM
1525-26243996
CELL BIOLOGY Most of the functions of organelles, such as mitochondria and the Golgi apparatus 3D illustration. CELL BIOLOGY Most of the functions of organelles, such as mitochondria and the Golgi apparatus
RM
6188-64789661
3D Isometric Flat Conceptual Illustration of Neurotransmitter Release Mechanism, Nervous System Electric Signal Communication Structurebr3D-Isometrische flache konzeptionelle Illustration der Neurotransmitter-Freisetzung Mechanismus, Nervensystem elektrisc 3D Isometric Flat Conceptual Illustration of Neurotransmitter Release Mechanism, Nervous System Electric Signal Communication Structure 3D Isometric Flat Conceptual Illustration of Neurotransmitter Release Mechanism, Nervous System Electric Signal Communication Structure Copyright: xZoonar.com/AnastasiiaxTorianykx 22295853
RM
1525-28134347
Endocannabinoid System between Immune Cell and Neuron Diagram illustration about cannabis as herbal alternative medicine and chemical therapy, healthcare and medical science vector.
RM
4128R-14181709
Nuclear division, illustration
RM
824-63219940
Acne around the hair follicle with inflammation, sebaceous hypersecretion, hyperkeratinization. Skin section of the epidermis and dermis. Normal hair follicle and acne pimple in the center. The acne pimple is formed around the hair follicle with hyperkeratinization and inflammation of the epidermis caused by glycerides (in yellow) under the action of the bacteria Propionibacterium acnes (in red). The sebaceous gland is in hypersecretion. Polynuclear cells from blood vessels flock
RM
4128-20042995
Different types of bacterial shapes, illustration
$24.99
Personal Use
$99.00
Website
$225.00
Magazines / Books / Educational
$300.00
Marketing Bundle
$440.00
Advertising Pack
$59.99
RM Personal Print 3 Pack
Save $14.98
$20.00
per download
Order a Framed Print
Looking for a license?
Click here, and we'll help you find it! Questions? Just ask!
DETAILS
Image Number: 824-63168354Rights ManagedCredit Line:KERMOAL/BSIP/SuperStockCollection:BSIPStory:Microbiology and Cellular StructuresContributor:KERMOAL / BSIPModel Release:NoProperty Release:NoResolution:3630×2640
artwork
biology|
budding|
Capsid|
cell|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|