#biosecurity

[techploration]

How Do You Hide DNA?

The TV trope answer is rubber gloves and bleach. You do your best to not leave any, and destroy what is left. This is also the Gattaca approach, where in a society stratified by DNA you avoid detection of your ‘inferior’ DNA by … exfoliating?

This approach has obvious flaws. Imagining that you’ll never shed a hair or eyelash or slough off some skin cells seems naive. Encasing your body in a DNA encapsulating shroud is hardly subtle or convenient (hazmat chic has yet to happen). So what do you do?

You add some Noise

You know what is a lot easier than making sure no one ever gets a hold of your DNA? Making sure no one can reliably get a hold of your DNA, and that your DNA never shows up on its own.

You might think I’m going to suggest hacking your own DNA so that it changes constantly— let’s call that phase 2.

Phase 1– DNA spore cloud

Imagine this but all DNA

You set up simple bioreactor farms to churn out DNA strands (this tech already exists), get your sequence source from Ancestry.com and you get to work laundering DNA.

A misting of this DNA soup would make all other DNA functionally invisible— how are you going to separate out one set of DNA from the others?

And with the randomness of the seed data (and data breaches), your DNA being present has no legal bearing on you having been there in person.

Oh, and Phase 3 is we hack lichens to generate human DNA spore clouds and add them to architecture as a passive form of DNA cloaking

#techploration #dna #lichen #anonymity #security #biosecurity

[probablyasocialecologist]

As the climate shifts and global trade quickens, plant diseases are becoming increasingly frequent, severe and widespread. Each year, pests and diseases rip through global food crops, where they cause losses of up to 30% of staple crop yields, and dramatically alter the Earth’s natural forest ecosystems. It was plant disease that made the once-dominant “Gros Michel” banana nearly commercially extinct (Fusarium wilt), turned the towering American chestnut into a mere shrub (Cryphonectria parasitica) and is currently threatening the future of coffee (Hemileia vastatrix). “There is basically always a plant disease pandemic ongoing,” said Schornack. “But most people don’t know it.”

#trade #biosecurity #disease #plants

[faithfromanewperspective]

alright it's time to find smth out

please note that with labels like flexitarian especially it's not about 'oh i never eat these things'; it's a sliding label with things like vegan and vegetarian and pescatarian where you can identify however you feel comfortable. some people just eat meat etc on special occasions or when they go out or when they don't have time/spoons to cook something nutritious, and that's perfectly valid!! whatever you're able to do has an impact that's felt and there's no pressure to do it to whatever standard we have of 'perfect' in our heads <3

#bringing gender labels to vegetarianism #kind of. we need a lot more validation in these spaces #again want to stress so much. literally no judgement based on what you choose. the important part is if we can we do smth #and if you can't then i believe you and you don't need to worry bc those of us who can are doing what we can #vegan #vegetarian #pescatarian #flexitarian #climate action #climate justice #food security #antibiotic resistance #bird flu #biosecurity #public health #human rights #feminism #biodiversity collapse

[quotesfromall]

Early detection of incipient outbreaks is one of the most crucial aspects of fruit fly eradication. If a new infestation can be detected in its early stages and attacked with the full weight of modern techniques, rapid eradication can be virtually guaranteed. Failure to detect an outbreak for more than one or two generations, or failure to attack vigorously and swiftly once an outbreak is detected, can result in disproportionate escalation of the problem.

M. A. Bateman, Economic Fruit Flies of the South Pacific Region

#eradication #entomology #aphid #invasive species #m a bateman #bateman #m. a. bateman #ma bateman #m.a. bateman #1978 #bateman 1978 #economic fruit flies of the south pacific region #biosecurity

[jcmarchi]

Cyberbiosecurity 101: protecting life sciences in the digital age - CyberTalk

New Post has been published on https://thedigitalinsider.com/cyberbiosecurity-101-protecting-life-sciences-in-the-digital-age-cybertalk/

Cyberbiosecurity 101: protecting life sciences in the digital age - CyberTalk

EXECUTIVE SUMMARY:

In May of 2017, the life sciences industry contended with the WannaCry campaign, one of the most widespread and destructive cyber attacks in history. It rapidly propagated across networks, encrypting data and systems; leaving organizations crippled and desperate.

Some life sciences groups permanently lost intellectual property or data. Others were forced to halt production of certain drugs and vaccines. The combination of costly system downtime and ransom demands left a few enterprises financially insolvent.

Why life sciences? Cyber criminals perceive life sciences as an attractive target due to the intellectual property available on computer systems. Ninety-five percent of all cyber attacks in the life sciences sector center around intellectual property (IP).

For the life science sector, WannaCry served as a cyber security wake-up call. However, not every organization took adequate action and the threat landscape has grown more perilous in the years since.

Here’s what to know about preventing and defending against cyberbiosecurity threats:

Addressing the challenge

First, know where the problems are. Conduct a thorough risk assessment – one that’s specific to your organization’s unique network environment. Identify critical assets, including intellectual property, research data and other proprietary information. Implement layered defenses to mitigate risks. These include firewalls, intrusion detection systems and endpoint detection systems.

But that alone isn’t enough. Be sure to train your employees effectively. Provide education around cyber threats, including social engineering. Develop a cyber security-conscious culture, where everyone understands the importance of safeguarding information. Provide regular supplemental training to address evolving threats.

Beyond that, ensure that your organization’s software developers use secure coding practices. Regularly patch and update software to address vulnerabilities.

Develop and test incident response (IR) plans that are specific to cyberbiosecurity/incidents in the life sciences sector. As goes for any IR plans, establish communication channels, delegate roles and clarify responsibilities, all of which will hasten the response in the event of a breach. Practice tabletop exercises to simulate real-world scenarios.

Leverage threat intelligence and information sharing efforts. Participate in Information Sharing and Analysis Centers (ISACs) or working groups that are focused on cyberbiosecurity. This will enable your organization to learn from peers and to exchange tactics. Your organization may also wish to collaborate on joint prevention and defense initiatives.

Cyber and physical system integration

Another aspect of the cyberbiosecurity situation to consider is reliance on cyber-physical systems. These types of systems integrate cyber-based control mechanisms into physical infrastructure. Examples include building automation systems and certain types of data collection and analysis instruments.

To protect these systems, ensure that your organization limits physical access to critical infrastructure and the toggles that control infrastructure functions. In addition, consider installing surveillance cameras and monitor access points.

Further, ahead of acquiring new cyber-physical technology, assess the security practices of the vendors who are providing the equipment. Ensure that vendors follow cyber security best practices.

More recommendations for CISOs

Have you completed all of the aforementioned recommendations? Great work! Take the next step: thoroughly test for vulnerabilities. Based on the results of the testing, devise and implement a remediation strategy. This will significantly minimize cyber risk. If you’re looking for experts with deep knowledge concerning how to resolve cyber security gaps, click here.

Closing thoughts

The life sciences community has an opportunity (and perhaps, an obligation) to lead when it comes to securing digital resources. Investing in cyberbiosecurity ensures the secure future of scientific research, life-saving vaccines, and life-changing pharmaceutical treatments.

For more insights like this, please see CyberTalk.org’s past coverage. Lastly, subscribe to the CyberTalk.org newsletter for timely insights, cutting-edge analyses and more, delivered straight to your inbox each week.

#analyses #Analysis #assessment #assets #automation #biosecurity #breach #Building #Cameras #challenge #CISOs #coding #collaborate #communication #Community #computer #critical infrastructure #cutting #cyber #cyber attacks #cyber criminals #cyber risk #cyber security #Cyber Threats #cyber-physical #Cyberbiosecurity #data #data collection #defense #defenses

[marketer12343y]

bio septic tank tamil

Discover the innovative solution to waste management with bio septic tanks in Tamil Nadu. These eco-friendly systems utilize natural processes to treat and dispose of sewage efficiently, minimizing environmental impact while providing a sustainable solution for residential and commercial properties alike.

Bio septic tanks employ beneficial bacteria and enzymes to break down organic waste, converting it into harmless byproducts like water and gases. This process not only eliminates the need for harmful chemicals but also reduces the risk of groundwater contamination, ensuring a cleaner and safer environment for communities.

In Tamil Nadu, where water scarcity and pollution are pressing concerns, the adoption of bio septic tanks offers a promising avenue for sustainable development. By promoting responsible waste management practices, these systems contribute to the conservation of precious resources and the preservation of public health.

Experience the benefits of bio septic tanks firsthand and join the movement towards a greener, healthier future for Tamil Nadu. Embrace this environmentally-conscious solution and make a positive impact on your surroundings today.

#bioseptictank #biosecurity

[fullyfundedscholarships]

Public Health and Veterinary Medicine

#Animalwelfare #Biosecurity #Diseaseprevention #Environmentalhealth #Globalhealth #Veterinarypublichealth #Zoonoses

[solidrockfingerprinting]

Technology has become a crucial ally in the quest for accuracy, efficiency, and public safety in the ever-evolving landscape of law enforcement. At the forefront of this technological revolution is a powerful tool that plays a pivotal role in modern law enforcement practices.

#Biometric Identification #BioSecurity #LawTech

[cleanskies]

Pest on the up, the Yellow Spotted Stink Bug, making the wrong kind of waves

#biosecurity #teslamotors #yellowspottedstinkbugs

[vaticinatrix]

ah yes the four biosafety levels:

1: if you get sick from this, you're a weapons-grade dumbass and it's almost impressive

2: you can get sick from this, but you'd still have to fuck something up seriously

3: honestly pretty risky, but with proper procedures, there's no reason to be scared

4: honestly, you should be scared

#me developing mnemonic devices #this also goes for reading those fire diamonds tbh #biosafety #biosecurity #microbiology #shitpost #science shitpost

[alfred123]

Ep. 79 - Understanding the Complexities of African Swine Fever Transmission - Dr. Declan Schroeder

Embark on a crucial exploration in Episode 79 as Dr. Declan Schroeder unravels the intricacies of African Swine Fever transmission. Gain profound insights into the complexities of this devastating disease, its impact on swine populations, and the ongoing efforts to mitigate its spread. A must-listen for those passionate about animal health and the challenges faced in safeguarding swine populations.

#AfricanSwineFever #AnimalHealth #SwineDisease #Epidemiology #VeterinaryScience #DiseaseTransmission #PigFarming #Biosecurity #DrDeclanSchroederPodcast #LivestockProtection #Youtube

[faultfalha]

The intricate weave of biosecurity, a complex network of actions and reactions, is becoming ever more pressing. The Department of Defense has stepped up its response, but China's role is still a complicated one. No one knows what lies beneath the surface of the bioweapon threat, the motives and intentions that could be hidden in its far-reaching implications. All that is certain is that the situation is becoming increasingly dire, and the secrets lurking inside the web of biosecurity become more and more elusive each day.

#Science &amp; Tech #fault #disease #DOD #China #biosecurity #future

[safraxinc]

Safrax Inc.: Pioneering Tomorrow's Infection Prevention Solutions

Delve into Safrax's cutting-edge research and development efforts in infection prevention and control. Learn how their range of air, water, and area treatment products has set new standards in emergency decontamination, protecting both people and vital resources.

Introduction:

In the quest for a cleaner and safer world, one company has emerged as a true pioneer in infection prevention solutions—Safrax Inc. Since 2011, Safrax has been at the forefront of chlorine dioxide technology in tablets, revolutionizing the way industries disinfect, sanitize, and deodorize. With a focus on easy-to-use and ultra-pure products, Safrax has made significant strides in setting new standards in emergency decontamination and protecting both people and vital resources. In this blog post, we will delve into Safrax's cutting-edge research and development efforts that have made them the vanguard of tomorrow's infection prevention solutions.

The Science of Chlorine Dioxide:

Safrax's journey into infection prevention begins with the science behind chlorine dioxide—a powerful disinfectant and sanitizer. Explore the unique properties of chlorine dioxide that make it an ideal choice for various applications in air, water, and area treatment. From its exceptional disinfection capabilities to its safe and eco-friendly nature, discover why Safrax's chlorine dioxide technology stands out in the market.

Revolutionizing Infection Prevention:

Safrax's commitment to innovation has resulted in groundbreaking infection prevention solutions. Uncover how their range of products has been tailored to meet the diverse needs of different industries. Whether it's clinical diagnostics, agriculture, or emergency decontamination, learn how Safrax's products have redefined standards and paved the way for more effective and efficient disinfection practices.

Easy-to-Use Applications:

One of Safrax's core missions is to make infection prevention accessible to everyone. Explore the user-friendly applications of their chlorine dioxide tablets, designed to ensure seamless integration into various environments. From simple instructions to easy deployment, Safrax has made sure that its products can be utilized by professionals and non-professionals alike.

Protecting People and Resources:

Beyond disinfection, Safrax's infection prevention solutions have far-reaching impacts on safeguarding both human health and vital resources. Investigate case studies and success stories from industries that have benefited from Safrax's technology. From reducing healthcare-associated infections to preserving agricultural produce, witness how Safrax's contributions have made a tangible difference.

Advancements in Emergency Decontamination:

In times of crisis, rapid and effective decontamination is crucial. Discover Safrax's cutting-edge advancements in emergency response solutions. From natural disasters to infectious disease outbreaks, learn how their technology can be swiftly deployed to mitigate risks and protect communities.

Sustainability and Environmental Responsibility:

As the world becomes more conscious of environmental issues, Safrax remains committed to sustainability. Examine their eco-friendly approach to infection prevention and how their chlorine dioxide tablets contribute to a greener future. Discover their efforts to minimize waste and ecological impact, setting an example for responsible corporate practices.

Conclusion:

Safrax Inc. has undeniably emerged as the vanguard of tomorrow's infection prevention solutions. Through cutting-edge research and development, they have harnessed the power of chlorine dioxide technology to revolutionize disinfection practices across industries. With a focus on easy-to-use and ultra-pure products, Safrax continues to set new standards in emergency decontamination, protecting people and vital resources. As we look ahead, it is clear that Safrax's dedication to innovation and sustainability will play a pivotal role in creating a cleaner, safer, and healthier world for generations to come.

#chlorine dioxide #safraxinc #watertreatment #Biosecurity #environment #Health Care

[trucenz]

NOUMEA TO GLADSTONE INC. GANNETS

The morning of the 13th of June, as soon as the marina office opened, I dropped off the gate pass and said my goodbyes.  Ten minutes later Truce was passing the breakwater heading out of the Marina.  I could not get away from Noumea fast enough.  I am sure New Caledonia is a wonderful place (many people say so) but to me Noumea is just a frustrating expensive place. Once out of the harbour a…

View On WordPress

#Biosecurity #Boult Reef #clearance #Gannet #Gladstone #Gladstone marina #Llewellyn Reef #New Caledonia #Noumea #Passe de Dunbee #Quarantine Berth #Yankee

[darrensprints]

Etsy listing available in my shop

Check out this item in my Etsy shop https://www.etsy.com/au/listing/1400777389/biosecurity-stop-sign

#biosecurity #biosecuritysigns

[marketer12343y]

bio septic tank

Bio septic tanks are innovative and eco-friendly systems designed to efficiently manage wastewater in residential, commercial, and industrial settings. Unlike traditional septic tanks, which rely solely on anaerobic bacteria to break down waste, bio septic tanks utilize a combination of aerobic and anaerobic processes to enhance decomposition and reduce environmental impact.

In a bio septic tank, aerobic bacteria thrive in an oxygen-rich environment, breaking down organic matter more efficiently than anaerobic bacteria. This results in faster decomposition and reduces the production of foul odors typically associated with conventional septic systems. Additionally, aerobic digestion produces fewer harmful byproducts, making bio septic tanks a greener alternative for wastewater treatment.

One of the key components of a bio septic tank is the aeration system, which supplies oxygen to the tank to support aerobic bacteria. This system may include diffusers or aerators that distribute air throughout the tank, promoting microbial activity and accelerating the breakdown of waste.

Another feature of bio septic tanks is their versatility in handling various types of wastewater, including greywater from sinks, showers, and laundry, as well as blackwater from toilets. By effectively treating both types of wastewater, bio septic tanks contribute to water conservation efforts and help mitigate pollution of groundwater and surface water sources.

Maintenance of bio septic tanks typically involves regular inspection and occasional pumping to remove accumulated solids. Additionally, maintaining a proper balance of bacteria and ensuring adequate oxygen levels are crucial for optimal performance.

In summary, bio septic tanks offer a sustainable and environmentally friendly solution for wastewater management. By harnessing the power of aerobic bacteria and incorporating efficient aeration systems, these systems provide effective treatment while minimizing environmental impact. As awareness of the importance of sustainable practices continues to grow, bio septic tanks are becoming increasingly popular as a responsible choice for waste disposal and water conservation.

#bioseptictank #biosecurity