Working with SARS-CoV-2

We are working around the clock researching SARS-CoV-2. Our research is an integral part of the rapid global response to the current global pandemic.

We are characterising the virus and conducting pre-human trials of a candidate vaccine.

Scroll down to see what it is like to work in a highly secure facility like the Australian Centre for Disease Preparedness. Join our researchers in this exciting and critically important work.

Before you go inside the highly secure area within ACDP, you’ll need to dress for the job.

Going inside

The secure and fully contained section of ACDP can only be entered through airlocks doors.

When you enter the building you head to a two-way changeroom separated by an airlock. In the first changeroom you leave everything behind, even your underwear. You pass through an airlock and enter the second changeroom, where you dress in lab clothes supplied by CSIRO. On the way out, you’ll shower as you pass back through that airlock.

It’s time to suit up and enter the lab. When working on some bacteria or viruses that can cause diseases in humans, we wear a fully encapsulated suit. It connects to a separate air supply filtered through HEPA filters.

We work on everything from Ebola to Sars-CoV-2.



Going inside

Watch our staff getting ready for work.

[Aerial view of the Australian Centre for Disease Preparedness]
Text: Welcome to the Australian Centre for Disease Preparedness
[A blue screen passes diagonally across vision.]
Text on screen: Leave your clothes behind as you pass through the airlock.
[A left arm showing a white watch on wrist, is knocking on a brown door, then opens their hand and pushes the door inwards revealing a changeroom with blue lockers and shelves behind. Camera pans to show a steel airlock door with round window. Looking through window you see another blue door.]
[A blue screen passes diagonally across vision.]
Text on screen: Suit up and connect your air supply
[A man is wearing and zipping up the hood of a white fully enclosed biohazard suit. Camera pans to the man’s gloved hands as he pushes two metal plugs together connecting the air supply pipe which a is bright blue spiral hose.]
[A blue screen passes diagonally across vision.]
Text on screen: You’re ready to enter a level 4 biocontainment lab.
[A whiteboard with heading ‘AGENTS IN CURRENT USE’ in black with four virus names listed in red pen below as follows; Hendra, Nipah, SARS, Ebola. Written above the whiteboard in yellow is ‘Zoonoses Laboratory’, (A zoonotic virus is one that can pass from animals to humans).]
[Change to view into the large laboratory with six people wearing white fully enclosed biohazard suits, connected to spiral blue air-hoses which hang down from the ceiling. There is a large rectangular steel table with computer screens and laboratory equipment in the middle of the room. Around the walls are laboratory fume hoods (chambers with a work bench with an air extraction system behind a glass panel).]
[The view changes to focus on one person who is adding a sample to a centrifuge (laboratory equipment that spins samples in test tubes at high speed) on the central table.]
[A blue screen passes diagonally across vision.]
Text: On the way back out you’ll shower as you pass through the airlock.
[A hand showing a white watch on a wrist is pushes a black button to unlock the airlock door. The hand pushes the steel door open to show us a shower cubicle, with tap on wall and shampoo products on a shower shelf. Door opens wider and the view moves to look through the window of the airlock door on the far side, through which can be seen a towel hanging.]
[A blue screen passes diagonally across vision.]
Text: All air and waste water is treated before it leaves the building.
[Vision of many yellow and silver pipes, some electrical wiring above a blue metal platform.  Vision changes to a line of three large steel drums with the black text on the front ‘FILTER LOADING’ and a red biohazard symbol.]
[Video ends with a thin white line advancing across the screen to draw the outline of the whole ACDP building followed by the CSIRO logo and text ‘Australia’s National Science Agency’.]



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Our scientists working within the secure laboratory.

Responding to disease outbreaks

The diagnostic skills and knowledge of our scientists form an important component of Australia's preparedness to deal with an infectious disease outbreak.

In 1994 we discovered Hendra virus, a newly emerged Nipah virus, was the cause of an outbreak of disease in horses and humans in the Brisbane suburb of Hendra in Queensland. Another outbreak of Hendra virus infection occurred in October 1995 when Hendra virus was detected in a farmer from Mackay, Queensland, some 600 miles north of Hendra. Bats and wading birds were thought to be the most likely candidates as animal hosts of this new virus. In 2000, Hendra virus was isolated from two species of bats.

In May 2011 CSIRO announced the development of a prototype vaccine for horses. By March 2013 our scientists confirmed that horses were immune to a lethal exposure of Hendra virus six months post vaccination, and in August, 2015, the vaccine was fully registered. Vaccinating horses is the best method to prevent the spread of this disease from bats to horses and then onto humans.

Meanwhile, in 2002-03, Severe Acute Respiratory Syndrome (SARS) emerged. In 2005 collaborative research involving CSIRO scientists found that bats were highly likely to be the natural host of the virus responsible for SARS. In 2013, horseshoe bats were confirmed as hosts of the virus responsible for the 2002-03 pandemic.

This pivotal research enabled CSIRO to progress our understanding of the virus responsible for the disease COVID-19, at a rapid rate.


A bat cell infected with Hendra virus taken with an electron microscope at ACDP.

Level 4 biocontainment laboratory

The secure and fully contained section of ACDP has five levels. A 30cm thick concrete wall forms an airtight box around the secure area.

You’re inside ACDP, working in a level 4 biocontainment lab. What happens to the air you breathe out? What happens to the water you use in the lab? What about your own waste, when you flush the toilet or shower out through the airlock?

Protecting our staff inside the building and the world outside the building from exotic and infectious diseases requires a lot of engineering. Let’s visit the impressive nuts and bolts sections of the building.

A HEPA filter is a very fine filter.

They remove particles 100 times smaller than the width of a human hair.

ACDP has 1000 HEPA filters distributed across 10 000 square metres – about the size of a soccer field. The filters remove any viruses or bacteria from the air before it is vented from the building.

The building itself is a box within a box, with the air inside at slight negative air pressure. This means any air leakage would result in air flowing into, not out of, the building.

Treating the waste water

Around 25 000 litres of waste water each day are treated in a huge sewerage facility within the secure area inside the building.

The sewerage comes from two main streams, high hazard waste from the labs and low hazard waste from the kitchen, laundry, showers and toilets and is collected through 24 separate mains from different areas within the secure zone. This means we can isolate and identify different streams if ever an alarm goes off. The floor is kept very clean so that we can see any leaks and quickly fix them.

After travelling through the collection pipes, high hazard sewerage is stored in large vats and heat treated to 125 degrees celsius for thirty minutes for decontamination.

Leaving the secure section of ACDP requires you to shower - multiple times.

It’s home time! But leaving work is not as simple as in most jobs.

The biocontainment suit you’ve been wearing will need to be decontaminated. First you have a four minute micro-chemical shower, followed by three and a half minutes of a clean water rinse, all while in the full-suit, before removing it and hanging it up to dry.

Then return to the next shower airlock and undress, leaving your CSIRO lab clothes on the inside to be washed. Go through the steel airlock door to the shower area.  It is mandatory to have a full three minute shower including shampooing hair and beard. Once finished, you exit out through the airlock door on the other side to where you entered, arriving back at the cubicle where you first undressed. Here you are reunited with your own clothes!

Once you exit from the building, it is essential that you avoid all contact with sheep, cattle, goats, pigs, horses, asses, mules, any other cloven-hoofed animal, fowls, turkeys, geese, domestic ducks, caged birds, emus or ostriches, amphibians or the actual places where these animals are held, or visit any aquatic animal farm or aquatic animal hatchery for a period of seven days. For most people, there are no restrictions applying to cats, dogs, guinea pigs, rats and mice. There may be restrictions regarding keeping rabbits as pets.

The suits are hung up to dry after decontamination.

Our other research

Not all of our research needs us to work within the highest level of biocontainment.

Some of the viruses we work on, like white spot disease in prawns and African swine fever in pigs, are harmless to humans but very damaging to industry.

In 2016 an outbreak of white spot disease was detected in prawn farms in Queensland. When an emergency animal disease is detected, Australia's state and national agencies work together to test samples, contain the disease and manage a coordinated response. In the months after the start of the outbreak, ACDP conducted over 58,400 tests for white spot disease on 22,500 samples.

In April 2020, white spot disease was again detected in South East Queensland and our staff in the Diagnostic and Emergency Response Laboratory at ACDP undertook testing that confirmed it was present in the samples provided.

In the case of African swine fever (ASF), we are working with government and industry to stop ASF entering Australia and, in the event it does emerge, work quickly to contain and eradicate it.

Find out more about our research, global partnerships and role as a vital part of Australia's biosecurity system at Australian Centre for Disease Preparedness.

The important work we do

History of the Australian Centre for Disease Preparedness

Before April 2020, the Australian Centre for Disease Preparedness was known as the Australian Animal Health Laboratory (AAHL).

ACDP was built on the old Geelong Rifle Range in Victoria as a maximum-security laboratory capable of handling any of the exotic diseases of livestock.

It took 13 years from proposal to the official opening in 1985. ACDP was not just a copy of existing international infectious disease laboratories. It was by far the most sophisticated and microbiologically secure laboratory anywhere in the world at that time and became the benchmark for future high containment laboratories.

Over the 35 years we have been working to protect the health of Australian animal and aquatic industries, we have witnessed a rise in the incidence of emerging infectious diseases (EIDs) in humans, with around 70 per cent of these EIDs being zoonotic in nature – that is, they can be passed from animals to people. Examples of zoonotic diseases include highly pathogenic avian influenza viruses and coronaviruses such as SARS, MERS, and of course, SARS-CoV-2 causing the current pandemic of COVID-19 around the world.

While ACDP was originally built as an animal health laboratory, and continues to work to protect Australia's livestock and aquaculture industry, we have been increasingly working on both animal and human infectious diseases, including zoonoses. You can read more about our work on Coronavirus and infectious diseases or find out how to access our facility.

Cutting edge research

Dramatic advances in materials science and cell biology have led to the development of new and increasingly complex experimental platforms for disease modelling.

Our scientists have utilised recent advances in stem cell technology, biomarker screening and biosensing to develop the ‘mini-brain’, our next generation tool for detection and management of viral infection in the brain. This laboratory system can help doctors to diagnose infections and help monitor disease progression.

In another approach, our researchers have identified the natural ability of some brain viruses to block degeneration of neurons. The goal of this work is to develop synthetic molecules that duplicate the viruses ability to block neurodegeneration. These synthetic molecules could be used to safely treat human brain disease such as Motor Neuron Disease.

The Australian Centre for Disease Preparedness near Geelong in Victoria.

Want to find out more?

Visit the Australian Centre for Disease Preparedness to discover more about this national facility.