Skip to main content

What you need to Know About Violet Biotechnology


Violet Biotechnology is related to publication invention, IPRs (Intellectual Property Rights) and patents of biotechnology. It is devoted to regulation and problem solving, it's also responsible for the formation of a platform  for discussion. While the other forms of biotech aim at increasing the number of inventions, violet biotechnology maintains them.

Biotechnology is a sector that is responsible for causing a lot of doubts and fears, due to the radical potential of many inventions. These fears have caused serious moral dilemmas and discussions. Due to disputes as a result of these fears, the formation of a new branch of biotechnology was created, the Violet branch. 

Violet Biotechnology Includes

  • Encouraging new inventions within biotechnology 
  • Analysis and Publication of biotech research 
  • Patenting of biotech inventions 
  • Enforcement of intellectual property

Applications of Violet Biotechnology

Many of the processes within this sector of biotech take years due to the legal implications of it. Here are a few applications of violet biotechnology in the real world:
  •  In the mid-1960s countries such as Germany and the USA gave out many IPRs to various plant varieties. This created a lot of pressure in the plant breeding communities within the countries . This eventually lead to the formation of The International Union for the Protection of New Varieties of Plants (UPOV).
  • Standards for applications of patents of biotechnology have been put in place. For example in the USA, when an inventor applies for the rights to their invention they need to fulfill five criteria -- matter eligibility, novelty, utility, be non-obvious and not have been previously disclosed. Whereas in Europe to be eligible for the patent right, it must be new, industrially applicable and involve an inventive step.  
  • Bodies such as the Organization for Economic Cooperation and Development (OECD) and the World Intellectual Property Organization (WIPO) have conducted separate studies about intellectual property within biotechnology.

Complication of Violet Biotechnology

Some aspects of biotechnology law are controversial, especially in Europe with relation to patentts on living organisms such as GMOs. Such controversies claim that the patent rights have been slowing down the progress that could be made within the industry.

The Future of Violet Biotechnology

With the rate of discoveries and inventions within biotech growing at an increasing rate, the complications regarding violet biotechnology are bound to increase. Its' future relies on an international agreement outlining what is and what is not acceptable in terms of use of particular technologies available. The platform for proper analyses and publication is to be maintained while necessary reorganization for the rights to an invention should be provided. 
 




Comments

Popular posts from this blog

6 Must-Read Science Communication Books

What is science communication? Science communication is what makes science, science. It is the process of breaking down the complex science that research has discovered over the years into messages that are  comprehendible to  the general public. Scientists dedicate their lives to asking questions and finding answers, so we can better understand  universe around us. The main driving force behind all of the discovery that takes place, is to help people.  Without science communication, nobody would know why science is important as it is and how it helps them. So how do scientists become good communicators? and non-scientists become good receivers? The answer is learning. To make your life easier we have compiled six must-read science communication books: The Sense of Style: The Thinking Person's Guide to Writing in the 21st Century - Steven Pinker The majority of science communication relies on the written medium: scientific journals, websites, books and magazines. Steven Pinker, a

How Genetic Engineering Could Save Coral Reefs

Rising sea surface temperatures and ocean acidification are set to destroy more than 90 percent of coral reefs by 2050. Despite increased awareness to the threat of climate change to biodiversity, and the establishment of guidelines to preserve marine ecosystems, environmental degradation is occurring faster than the pace of coral adaptation through natural selection according to Hoegh-Goldberg, climate scientist, and biologist specializing in coral reefs. Elevated seawater temperatures and coral bleaching are providing the correct conditions for opportunistic and/or pathogenic bacteria to damage coral reefs further, accompanying the decline in coral health. However, thanks to microbial biotechnology it has been shown that coral-associated prokaryotes can be manipulated through inoculations with specific taxa. Scientists from the Australian Institute of Marine Science, and University of Melbourne have identified that the modification of the microbiome may provide flexibility for the

Edible Mushrooms – Harnessing Nature’s Natural Pesticide

Through the BioMed Research International, s cientists have found edible mushrooms to be a sustainable tool for the control of parasitic nematodes affecting agriculture and livestock industry.  Nematodes are organisms living in the soil and animals’ guts where they may live as parasites severely affecting economically important crops and farm animals, thus causing economic losses to worldwide agriculture. Traditionally, parasitic nematodes have been controlled using commercial pesticides and anthelmintic (AH) drugs. The overuse of commercial pesticides have not only lead to extensive environmental damages, they have also caused the nematodes to become resilient, reducing the usefulness of many commercial drugs. Edible mushrooms have been explored as a successful, less harmful “pesticide” to use on livestock and agriculture.  Studies have identified ten species of gilled fungi, including the oyster mushroom, who have the ability to produced tiny droplets from structures in their myceliu