The Technology Development Board (TDB) and Chemlife Innovations Pvt. Ltd. have formed a strategic alliance to propel the project “Commercialization and Manufacturing of Bio-Trace Minerals used in Feed for Animals.” Aligned with India’s National Livestock Mission, the collaboration aims to enhance livestock productivity and integrate technology into livestock management.

Introduction

TDB’s support of ₹84 lakh contributes to the ₹142.60 lakh project cost. Anchored by innovative “Accelerated Natural Bio Transformation” (ANBioT) technology, Chemlife’s project introduces proprietary nutrient mediums for chelation reactions, leveraging hydroxy amino acids from pupa proteins for eco-friendly manufacturing. The company’s focus on quality is attested by global certifications for animal feed additive quality and safety. The project also demonstrates commitment to circular economy by repurposing silk worm pupae meal. This collaboration pioneers bio-trace mineral innovations, enhancing livestock health and fostering sustainable progress.

Objective

• The mission aims to enhance livestock productivity, optimize feed and fodder resources and infuse technology into livestock management.
• As the project advances, it’s poised to enhance animal nutrition, transform livestock and poultry & dairy production, and set new eco-friendly manufacturing benchmarks.
• This collaboration aligns with the National Livestock Mission’s objectives, addressing vital aspects of animal nutrition through innovative bio-trace minerals in animal feed.
• The project introduces a proprietary nutrient medium that facilitates chelation reactions under milder conditions, aligning seamlessly with principles of environmental sustainability.
• The ingenious use of pupa proteins, rich in hydroxy amino acids, offering an economical alternative to imported ligands like yeast hydrolysate and Methionine hydroxy analogue (MHA).
• This strategic shift not only enhances economic viability but also aligns with India’s self-sufficiency goal.
• This project contributes to the circular economy by repurposing silk worm pupae meal, thereby mitigating waste generated by the silk industry.
• The company’s membership in Pharmexcil augments export prospects, fostering economic growth.
• Leveraging locally available by-products from the silk industry enhances economic viability, aligning with import substitution objectives and potential foreign exchange savings.
• MinBioZen, the product seamlessly integrates bioavailability and stability, symbolizing their dedication to innovation and environmental stewardship.

What is the Innovative Bio-Trace Minerals Project?

Aim: The project aims to revolutionize the manufacturing of bio-trace minerals for animal feed particularly targeting the livestock and poultry/dairy sectors.These minerals are essential for animals’ health.

Financial Support: TDB is giving ₹84 lakh to this project which is a big part of the total cost.

Technology used: Chemlife Innovations is using new technology called ‘Accelerated Natural Bio Transformation’ (ANBioT) to make these special minerals.

– The project also utilizes pupa proteins which are rich in hydroxy amino acids.This will be an economical alternative to imported ligands like yeast hydrolysate and Methionine hydroxy analogue (MHA).

– The project also contributes to the circular economy by repurposing silkworm pupae meal, reducing waste from the silk industry.

Significance: This project aligns harmoniously with the National Livestock Mission. The mission aims to enhance livestock productivity, optimize feed and fodder resources and infuse technology into livestock management.

Role of Micro Minerals/Trace Minerals in Livestock Health

• They are found in low concentrations in the body or are required in lower amounts in the animal’s food. 
• Chromium, cobalt, copper, fluorine, iodine, iron, manganese, molybdenum, selenium, and zinc are examples of micro minerals.
• They play an important part in a variety of metabolic, enzymatic, and biochemical activities. 
• A lack of these essential micronutrients would result in deficient disorders, poor development, reduced egg production, and poor feed efficiency.
• They are important for the metabolic activities of livestock and poultry. 

MCQs about Bio-Trace Minerals Project

Question 1: What is the primary aim of the Bio-Trace Minerals Project that the Technology Development Board collaborated on?

a) Developing innovative energy sources
b) Revolutionizing the manufacturing of biofuels
c) Enhancing animal feed with essential micro minerals
d) Creating new technology for waste management

Question 2: Which technology is being used in the Bio-Trace Minerals Project for manufacturing these special minerals?

a) Advanced Artificial Intelligence (AI)
b) Accelerated Natural Bio Transformation (ANBioT)
c) Nuclear Fusion Technology
d) Quantum Computing

Question 3: How is the project contributing to the circular economy?

a) By repurposing silkworm pupae meal from the silk industry
b) By creating new technology for waste disposal
c) By reducing the consumption of animal products
d) By promoting renewable energy sources

Question 4: What is the significance of micro minerals or trace minerals in livestock health?

a) They are used for building animal shelters
b) They are important for preventing diseases in plants
c) They play a role in metabolic activities and biochemical processes
d) They enhance animal growth through genetic modification

Question 5: How does the Bio-Trace Minerals Project align with the National Livestock Mission’s goals?

a) It focuses on reducing greenhouse gas emissions from livestock
b) It aims to improve water efficiency in livestock management
c) It enhances livestock productivity and infuses technology into management
d) It aims to reduce the consumption of animal-based products

Read also:- Critical Minerals Alliance

Read more: tdb, chemlife innovations, national livestock mission, national livestock mission scheme, technology, mha,