Effect of Viral Infection on Host Wall Model Manufacturer,Supplier and Exporter in India
Product Code : EL-BE-6217
Jlab Export is a leading Effect of Viral Infection on Host Wall Model Manufacturer,and suppliers in India
Effect of Viral Infection on Host Wall Model (code EL-BE-6217) is a virology teaching model on what a viral infection does to its host, with the host wall named in its title. It suits college microbiology, medical and nursing lessons on how viruses enter, damage and leave cells. Jain Laboratory Instruments Pvt Ltd (JLab) makes it at its works in Ambala, India.
Specifications
| Parameter | Detail |
|---|---|
| Topic | Effect of viral infection on the host wall (as titled) |
| Suggested courses | Undergraduate microbiology, medical and nursing teaching |
| Host, parts, labels, size and material | Not described in this listing — ask for a description and photo with your quote |
| Quality check | Each model is visually inspected before dispatch |
| Pack quantity | Each (sold individually) |
| Minimum order quantity | 10 units |
| Dispatch time | Usually 7–10 working days |
| Product code | EL-BE-6217 |
| Manufacturer | Jain Laboratory Instruments Pvt Ltd (JLab) — OEM |
| Country of origin | India (made in Ambala, Haryana) |
What Is the Viral Infection Model Used For?
A virus first meets its host at the cell surface. Attachment proteins bind specific receptors on the membrane, and enveloped viruses then fuse with it or are taken in by endocytosis. Bacteriophages face a rigid cell wall: they attach to receptors on it, inject their DNA and, at the end of the cycle, make enzymes called endolysins that break the wall and burst the cell. Plant viruses cannot cross the plant cell wall on their own; they enter through wounds or the mouthparts of insects such as aphids and then spread through the plasmodesmata.
In animal cells the visible damage is called the cytopathic effect. Infected cells may round up, detach and die; measles virus, respiratory syncytial virus and HIV can make neighbouring cells fuse into giant multinucleated syncytia; rabies virus leaves inclusion bodies called Negri bodies. Enveloped viruses insert their glycoproteins into the cell membrane before budding out, which marks the cell for attack by cytotoxic T cells. Some infections persist without obvious damage, and a few viruses push cells towards cancer.
Frequently Asked Questions
Which host and which wall does the model show?
The listing does not say. Animal cells have no cell wall, so the title may refer to the cell membrane, a bacterial wall or a plant cell wall; ask JLab for a description and photo before ordering.
What is a cytopathic effect?
The visible damage a virus causes to cells, such as rounding, bursting, cell fusion or inclusion bodies. Laboratories look for it in cell cultures to detect viruses.
How does it relate to the Replication Cycle of Viruses Model?
That model follows the steps by which a virus multiplies; this one’s title focuses on what infection does to the host.
OEM Manufacturer
JLab is the trading name of Jain Laboratory Instruments Pvt Ltd, a biology lab equipment manufacturer in India incorporated in 2017 and based on Hargolal Road, Ambala, Haryana. JLab produces this model at its own works rather than buying it in, so schools, colleges, dealers and importers order straight from the factory. JLab exports worldwide and ships to buyers in every region — for example Oman in the Middle East, Chile in South America, Canada in North America, Cameroon in Central Africa and Turkmenistan in Central Asia.
Related Virology Models
- Replication Cycle of Viruses Model — the steps by which a virus multiplies.
- Bacteriophage Virus Model — a virus that attacks bacterial cells.
- Influenza Virus Model — an enveloped virus with surface spikes.
- Cytomegalo Virus Model — a herpesvirus named for the enlarged cells it produces.
More models are listed in Biology Equipment within Biology Lab Equipment.
Request a Quote
For a quotation from the manufacturer, use Add To Cart or the contact page and state the quantity (minimum 10 units) and the destination.
Last updated: 4 October 2026
