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Gelatine is a known biopolymer and hydro collides which is richly used in food industry to improve elasticity, stability and consistency in foods. Gelatine is an essential ingredient having wide range of application in various industries like food, pharmaceuticals and cosmetic is gelatine. Gelatine is a translucent, odourless, solidifying agent derived from partial hydrolysis of collagen. The gelatine has been sourced from skin and bones of animals. In recent years, fish has been an evident source.The present study has focussed on designing a low cost isolation and characterization of gelatine from food waste especially chicken waste.The present study has focussed on designing a low cost isolation and characterization of gelatine from food waste especially chicken waste. Gelatine was isolated by acidic method. Both the methods involved pre-treatment, extraction and product recovery. Extraction process was carried out with hot water and diluted acid. Recovery treatments included filtration, evaporation and dehydration. Characterization of gelatine included qualitative and quantitative analysis.Results show that the yield of chicken acidic gelatine is 15%, which is higher than other reported gelatine of 7.5% from fish 3 and 2-3% from bugs 2 but quality factors of acidic gelatine were also good. Chicken skin and other waste is major by-product of the chicken-processing part, causing waste and pollution. This being utilised could provide a valuable alternative source of gelatine to be used in food and pharmaceutical industry

Efficient protocol for plant shoot regeneration of Brassica juncea L. CZERN was established by using organic media components and growth stimulating factors of the vermicompost and coelomic fluids. Formulated organic plant tissue culture media (Vermicompost (30%) extracts supplemented with 20 mL/L coelomic fluid) have shown maximum shoot regeneration when compared with the Murashige and Skoog (MS) medium, which were supplemented with 1 mg/L 6-benzyladenine (BA) and 0.1 mg/L of Naphthaleneacetic acid (NAA). Cotyledon explants produced the highest shoot regeneration frequency from fourday-old germinated seedlings in comparison with non-germinated seedlings. The vermicompost extracts have proved to be the best organic plant growth media to induce shoots from cotyledons compared to the MS media. Statistically significant difference (P = 0.008) for the root length, shoot length (P =0.000350) and the leaves (P=0.375) of the mustard plantlets were analyzed successfully. The survival rate was 98% in the mustard cotyledons on the Vermicompost extract media and 63% on MS media respectively. The coelomic fluid also is much suitable to induce shoots from cotyledons at lower concentrations. It was also shown that the vermicompost extract, which comprised of humic acids along with coelomic fluid, affected shoot regeneration from the cotyledons. An efficient and organic shoot regeneration study was standardized and it can be applicable in the improvement of the economically important crops.Influence of formulated organic Plant tissue culture medium in the shoot regeneration study of Brassica juncea (l.) -Indian mustard Suman Kashyap ･ Seema Tharannum ･ Taarini R This is an Open-Access article distributed under the terms of the Creative Commons Attribution Non-Commercial License (http://creativecommons.org/licenses/by-nc/4.0) which permits unrestricted non-commercial use, distribution, and reproduction in any medium, provided the original work is properly cited.

Aim: Anethum sowa L. isan aromatic plant with pharmacological potential. The chemical composition and the therapeutic of Anethum sowa L. herb oil grown in South Karnataka is very few; moreover, its essential oil and extract together is not being studied and compared for its effects on colon cancer cell lines HCT -116 and anti collagense study . Methods: The current investigation was intended to sight see the incidence of components present in the herb oil examined by (GC-MS), antioxidant , antimicrobial , anticancer & anticollagenase potential was investigated and further the insilco docking studies to unleash the potential drug like molecules in the therapeutic plant was studied . Results: 5-Oxo-4,5,6,7-tetrahydro-1H-pyrrolo[2,3-c]pyridine-3-propionic acid methyl ester, (17.41%),beta-Amyrin(8.20),ritodrine(6.49),1-Naphthalenol,decahydro-1,4a-dimethyl-7-(methylethylidene)-,[1R-(1.alpha.4a.beta,8a.alpha)](2.39%),meta-Cymene(1.95%),trans-z-alpha-Bisabolene epoxide (1.80), and Viridiflorol(0.77%) were the new compounds isolated from this therapeutic plant, and Anethum sowa L. herb ethanolic extract contained many potential phytochemicals. The total phenol and flavonoid of the herb extract were 0.136mg/ml. and 0.108mg/ml respectively . Anethum sowa L. herb extract ABTS antioxidant assay showed excellent activity with an IC50 of 540µg/ml which was in power with gallic acid which showed an IC 50 of 393µg/ml. Essential oil of Anethum sowa L. herb exhibited potent antimicrobial activity against all the three microorganisms E-coli strain (MTCC 433), Klebsiella pneumoniae strain (MTCC 3384) Streptococcusmutants strain (MTCC 497) with a minimum inhibitory concentration of 20% herb oil . Cytotoxicity of Anethum sowa L.herb essential oil and ethanolic extract against Colon cancer cell lines – HCT -116 , showed that herb oil and herb ethanolic extract repressed the cell growth of the cell . Herb oil with an IC50 79.75µg/ml was more effective than the herb extract . Herb essential oil showed the maximum capacity in inhibiting the collagenase when compared to ethanolic extract of herb, the percentage of inhibition of Anethum sowa L. herb essential oil was found to be 60.89% and that of herb extract was (15.18%). Conclusion: Herb oil showed very good anticancer, antimicrobial and anticollagenase activity and by the In silico docking performed between the compounds present in the herb oil, MAI-150 and APC of Homo sapiens, it was found that lupeol showed the highest binding affinity with APC when compared with MAI-150 and rest other compounds present in the herb oil.