To
improve productivity in Agriculture and develop technologies that address global
environmental challenges to achieve sustainable development through
biotechnology. Allele Life Sciences is committed to innovate new products in
agriculture.
Our aim to improve the productivity in Agriculture through a combination of:
Agriculture Biotechnology:
> Identification of Gene
> Plants Genetics and breeding through Molecular Biology
> Transformation
> Tissue Culture
> Micro Propagation
> Field Work
Our Research in AGRICULTURE BIOTECHNOLOGY
Organic Farming :
In the present time, agriculture has also become a product of factory. In order to produce the largest quantity of food in the shortest time with the least space, the use of chemicals ruthlessly began. For decades the economic returns of this exploit blinded the agricultural world from seeing the reality of the toll it was taking. Gradually the land lost its fertility. The food produced lost its nutritional value. And man started contracting diseases due to excessive chemical intake through food and due to loss of resistance, which was a result of consuming food low in nutrients. Organic agriculture is a safe, sustainable farming system, producing healthy crops without damage to the environment.
> Development of Organic Manure through various sources
> Development of Biofertilizer
> Development of Biopesticide
Our Research in ORGANIC FARMING
Environmental Study:
Climate change and agriculture are closely interrelated , agricultural malpractices have been shown to produce significant effects on climate change in India. Studies conducted by Indian Agricultural Research Institute (IARI) have pointed to a possible loss of 4 to 5 million tones in the overall wheat production with every 1 degree centigrade increase in temperature throughout the growing period of the crop.
> Crop Development Models
> Genetically modified Seeds
> Crop Viability Study
Our Research in CLIMATE CHANGE & AGRICULTURE
Infertility of Soil : Soil fertility is concerned with the inherent capacity of soil to provide nutrients in adequate amounts and in proper balance for the growth of specified plants when other growth factors such as light, moisture, temperature and the physical condition of the soil are favorable. Important causes of infertility of soils are : microbial and chemical Toxicity of the soil, Deficiency of required Nutrients, Absorption.
> Microbial Analysis of different soil
> Insertion of microbes
> Reduction of Toxicity through microbes
> Recombinant Microbes
Our Research in INFERTILITY OF SOILS
Our aim to improve the productivity in Agriculture through a combination of:
Agriculture Biotechnology:
> Identification of Gene
> Plants Genetics and breeding through Molecular Biology
> Transformation
> Tissue Culture
> Micro Propagation
> Field Work
Our Research in AGRICULTURE BIOTECHNOLOGY
Organic Farming :
In the present time, agriculture has also become a product of factory. In order to produce the largest quantity of food in the shortest time with the least space, the use of chemicals ruthlessly began. For decades the economic returns of this exploit blinded the agricultural world from seeing the reality of the toll it was taking. Gradually the land lost its fertility. The food produced lost its nutritional value. And man started contracting diseases due to excessive chemical intake through food and due to loss of resistance, which was a result of consuming food low in nutrients. Organic agriculture is a safe, sustainable farming system, producing healthy crops without damage to the environment.
> Development of Organic Manure through various sources
> Development of Biofertilizer
> Development of Biopesticide
Our Research in ORGANIC FARMING
Environmental Study:
Climate change and agriculture are closely interrelated , agricultural malpractices have been shown to produce significant effects on climate change in India. Studies conducted by Indian Agricultural Research Institute (IARI) have pointed to a possible loss of 4 to 5 million tones in the overall wheat production with every 1 degree centigrade increase in temperature throughout the growing period of the crop.
> Crop Development Models
> Genetically modified Seeds
> Crop Viability Study
Our Research in CLIMATE CHANGE & AGRICULTURE
Infertility of Soil : Soil fertility is concerned with the inherent capacity of soil to provide nutrients in adequate amounts and in proper balance for the growth of specified plants when other growth factors such as light, moisture, temperature and the physical condition of the soil are favorable. Important causes of infertility of soils are : microbial and chemical Toxicity of the soil, Deficiency of required Nutrients, Absorption.
> Microbial Analysis of different soil
> Insertion of microbes
> Reduction of Toxicity through microbes
> Recombinant Microbes
Our Research in INFERTILITY OF SOILS
