Its Scientific Federation pleasure to get an article from author Srinu Meesala  and successfully it has been done with the review process and had published in SciFed journal of Chemical Research.

       The sponge Ircinia fusca was collected from the Arabian Sea, afforded two new metabolites (1-2). The sponge Ircinia fusca (Carter, 1880) was collected from Vayngani, West coast of Maharashtra, India, in Feb 2016. Firstly the sponge was identified by Dr. Satish S.Mokashe he is Associate Professor of Department of Zoology at Dr. Babasaheb Ambedkar Marathwada University, INDIA.

       The author followed Extraction and isolation methods.In this method in the laboratory, firstly the sponge was washed with distilled water to remove surface salts, sand, and epiphytes. The sponge was cleaned with tissue paper to remove excess water, cut into small pieces and placed in a lyophilizer to completely dry. The dried material was (2g) reduced to small pieces and extracted with methanol.Desalting of sponge methanolic extract with acetone. The methanolic extracts were concentrated under vacuum using a rotavapor at 400C followed by a partition with hexane. All the partition layers were subjected to preliminary bioactivity studies (antibacterial & antifungal) by disc diffusion method.

       By using Antimicrobial activity the isolated compounds 1–2 were tested against antibacterial products like Escherichia coli (NCIM 2065), Salmonella typhimurium (NCIM 2501), Bacillus subtilis (NCIM 2063), Staphylococcus aureus (NCIM 2079), Mycobacterium smegmatis (NCIM 5138) and antifungal strains Aspergillus niger (NCIM 1207), Penicillium chrysogenum (NCIM 1315), Alternaria sp (NCIM 900), and Fusarium sp (NCIM 1372) and after testing the remaining crude dissolved in DMSO at a concentration of 1 mg/mL. Therefore 2 compounds were formed by using extraction and isolation methods. The Compound 1 was obtained as white color and the Compound 2 was obtained as pale yellow viscous.

       In this article, the author had explained that how Imidazole and Dihydrofuran Derivative from a Sponge Iricinia Fusca.

Its Scientific Federation pleasure to get an article from author Hariri A and successfully it has been done with the review process and had published in SciFed journal of Chemical Research.

In initial stages, the lactic acid has been produced by two methods, such as 

1. Fermentative production    

2. Chemical production   

       Lactic acid is found primarily in sour milk products, such as koumiss, yogurt, kefir, and some cottage cheeses. In medicine, Lactate is one of the most important components and it is most commonly used for fluid resuscitation after blood loss due to trauma, surgery, or burns.

       Nowadays Lactic acid is considered as a very important chemical compound. It has many uses such as it has been used in pharmaceuticals, cosmetics and especially in the food industry. Lactic acid plays a significant role in economic processes by manufacturing degradable plastics made from poly (lactic) acid. In the industries, lactic acid is produced from Cane and beet sugar because they contain lactose, maltose and dextrose from hydrolyzed starch and the pulp of carob pods contain high contents of sugar and can be employed as a raw material for the production of lactic acid. In recent year, interest in carobs and date has been increasing because of a cheap source of various products by fermentation. In this article, the author had shown the biochemical characterization of date syrup showed it richness in total sugars. Date and carob syrups have similar values of pH (5) and dry matter content (17%). The richness of two syrups in nutrient elements and growth factors made them a medium of choice for lactic acid production and growth of Lactobacillus Rhamnosus. The different physicochemical and biochemical analysis applied to the date and carob pod syrups. The addition combined of sodium acetate and tween 80 (growth factors) in medium, increased advantages the biomass and lactic acid production.

        

      In this article, the authors show the addition combined of sodium acetate and tween 80 (growth factors) in medium, increased advantages the biomass and lactic acid production.

  

    

SciFed Journal of Chemical Research is accepting articles in multidisciplinary fields to serve better in the field of chemistry. This journal will create an impact on many subfields like biochemistry, Industrial Chemistry, NanoChemistry etc.

      SciFed has started Chemical Research journal in the year 2016, with the cooperation of Editorial Board Members and authors we have successfully released our first issue In the month of March'2017.We also accept articles such as Research article, Review article, Short communication article, Opinion article, etc.,. In the year September 2017we are also planning to release the second issue, so please have a glance at our journal and to submit your paperwork. Most of the editorial team from world-class universities and institutes like University of Melbourne, New Mexico State University, University of Sydney, Eppley Institute for Research in Cancer, Western Sydney University, California South University, Lund University, National Renewable Energy Laboratory, University of New South Wales, Washington State University. Our services are not limited any one region we have our Editorial team from all over the world like USA,  China, India, Australia, Iran, Sweden. Apart from regular fields, we have an Editorial team with following research interests  Bionanotech, Enzymes, natural products, Chiral azo-sales and structural biology. 

    Scientific Federation would like to invite all young scholars, scientists, professors, research associates to join their helping hands in this community to serve the scientific world in better. SciFed Journal of Chemical Research will increase the possibility to find the Characterization and Quality of the product by publishing articles and case reports from all around the world.

       Recently we have released the issue related to  Aromatic Additive, Acid Production, Chiral azo-sales, Imidazole, Dihydrofuran Derivative etc, before releasing issue each paper is independently peer reviewed and only carefully evaluated contributions are accepted. Recent papers have described new synthetic methods, new heterocyclic compounds, new natural products, and the inorganic chemistry of metal complexes.

     Chemicals Research are fundamental in the development of novel pharmacotherapies. The common medical laboratory uses include in vivo and animal testing to determine therapeutic value, toxicology testing by contract research organizations to determine drug safety and analysis by a drug test and forensic toxicology labs for the purposes of evaluating human exposure.