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Aids virus invasion of T4 lymphocyte Cell NA

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HIV invasion

In our research video clip you can see the invasion of a T4 Lymphocyte cell. This cell is being invaded by the HIV (human immunodeficiency virus) . The round lighter coloured objects(one of which is moving) are the viruses.T4 cells are specialised white blood cells, which are crucial for the body’s immune system.  

As you can see here these cells get targeted by the HIV virus which then eventually completely take over the cell where they replicate themselves and eventually rupture the cell wall and escape to infect other T4 cells causing full blown AIDS (acquired immuno deficiency syndrome).  

The size of this virus is approximately 120 nanometers. The magnification is approximately 50,000X (times). The field of view is around 1micron.


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Red Blood Cell

In our research video clip you can see a pair of red blood cells imaged with a field of view of approximately 10 microns.A red blood cell is approximately 7 microns across. 

In this video clip you can see a pathogen of unknown type moving across and around the surface of the cell on the left. Activity within the cell can also be seen. The magnification here is approximately 18,000X (times).

fly mouth parts

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House fly mouth parts

Here you see a video clip of the mouth parts of a common house fly (Muscadomestica). 

This clip shows the enhancement of clarity and detail that our microscope achieves at lower magnifications of 400X.


About Us

Vitae Nano is a start-up company making microscope equipment for medical, life sciences, education, research facilities, security & military purposes. Vitae Nano is the culmination of close to ten years of research & development in the microscopy arena. 

Inspired by the need to enhance further the present day resolution limits of microscopes across various applications.

Vitae Nano has also the knowledge to enhance the resolution of leading microscopes by (to) four thousand times by the simple addition of an adapter at the eyepiece or trinocular.

Vitae Nano will disrupt the $9 billion global microscopy market enabling researchers to see objects LIVE at the nanoscale.

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Section of a microprocessor chip 

Maxillary palp of a common house fly 

Lasius niger Ants eye. This ant is an average of 4mm long.

Vitae Nano Advantages

Live imaging of cells at 

 the sub 100nm scale.

Zero need to stain or alter 

cells in any way for imaging.

Resolving images at ±40,000 times vs 

2,000 times of a compound light microscope.

Resolution of live cells 

of sub-100 nanometres.

Status of cells can be imaged 

in the sub 200nm range.

Digital manipulation of images 

of sub 200nm cells not required.

Vitae Nano Microscope Applications 

Nano News

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Disposable biosensors made from newspaper
(Nanowerk Spotlight) Paper, probably the cheapest and most widely used flexible and eco-friendly material in daily life, is a promising substrate for making flexible devices ranging from electronics to microfluidics, energy storage and sensors.What makes paper such a useful substrate are its attractive features: chemical stability, strong mechanical strength, biodegradability, functionality, and permeability. 
Preventing frost formation with nanoengineered surfaces<br>
Preventing frost formation with nanoengineered surfaces
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