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Journal de pharmacognosie et de produits naturels

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Volume 7, Problème 5 (2021)

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In Vivo Effect of Medicinal Plants on Some Serum Biochemical Parameters in Laying Hens

Muhammad Mushtaq*, Naila Chand, Sarzamin Khan, and Umer Saddique

Effect of medicinal plants on overall performance and serological parameters were explored in the laying birds. Forty weeks old 210-egg type birds were used as tested criteria. Birds were randomly alienated to 7 experimental groups with 3 replicates, consisted of 10 birds/replicate. Data were recorded for serology and haematology of laying birds. Serum hepatic, lipids, kidney function parameters, serum antibody titre against Newcastle disease and haematological parameters were estimated at the end of trial. Significantly lower egg yolk and serum cholesterol was recorded in group Bl-1. Medicinal plants supplementation significantly lower the triglycerides level over the control group. Significantly improve/high level of high density lipoprotein was recorded in Tg-1, Bl-1 and Ta-1, while low level of low density lipoprotein was recorded in Bl-1 and Ta-1.  Haematological parameters significantly improved in medicinal plants treated groups except haemoglobin and red blood cells counts. Hepatic biomarkers ALT and AST were recorded non-significant in all treated groups, while serum ALP and total protein was significantly altered in groups Bl-1 and Ta-0.5. Non-significant observations were recorded for nephro-protective effect of medicinal plants in laying birds. It is concluded from the results that medicinal plants possess hypolipidemic, haematological and hepato-nephro protective effects.

Éditorial

Bacteria and Fungal Secondary Metabolite

Toutou Naji

Colour affects equally of life, we have a tendency toll as together with} the garments we wear, the furnishings in our home, and also the attract of food. Just think, for example, however plants may prepare their own food while not pigment or however gas may well be carried within the body while not Hb. It may be aforementioned that life on earth depends on pigments. The use of pigments as colouring agents has been practiced since prehistoric times. Archaeologists have uncovered proof that early humans used paint for aesthetic functions. the utilization of pigment in prehistoric times was additional evidenced once pigments and grinding equipments, that were between 350,000 and four hundred,000 years previous, were found in an exceedingly cave at Twin Rivers, close to capital of Zambia, Zambia. Pigments were employed in completely different components of the planet. In Europe, it absolutely was practiced throughout the Bronze Age. In China, colouring with plants, barks, and insects has been derived back over five,000 years. In India, it occurred throughout the Indus vale amount (2500 BC). Henna was used before 2500 BC, whereas saffron has been mentioned within the Bible. In Egypt, mummies are found wrapped in coloured artefact, that showed the presence of pigment

Commentaire

The Success of Natural Products in Drug Discovery

Kidane Aaron

Natural items, including plants, creatures and minerals have been the premise of treatment of human infections. In any case, old astuteness has been the premise of current medication and will stay as one significant wellspring of future medication and therapeutics. Prior to twentieth century, unrefined and semi-unadulterated concentrates of plants, creatures, organisms and minerals addressed the lone drugs accessible to treat human and homegrown creature sicknesses. The twentieth century changed the speculation in the utilization of medications, as the receptor hypothesis of medication activity. As of late, there has been a recharged interest in regular item research because of the disappointment of elective medication disclosure techniques to convey many leads accumulates in key helpful regions like immunosuppression, against infectives, and metabolic illnesses. Regular items research keeps on investigating an assortment of lead structures, which might be utilized as layouts for the advancement of new medications by the drug business. There is no uncertainty that normal items have been, and will be, significant wellsprings of new drug compound

Commentaire

Synthesis of Condensed Tannins

Mateneh Idris

The study of condensed tannins is among the oldest styles of chemistry famed. The origin of the word phenol springs from the apply that these compounds were employed in the animal skin trade. This trade has created use of tannins for hundreds of years. Tanning could be a method whereby dried animal skins are fashioned into animal skin by its contact with a copiousness of tannins. Within the Northern latitudes the foremost common phenol used was oak bark. The explanation for this was the big expanse of oaks that were a typical feature of all northern European countries within the past. This method had been dispensed for generations however the science behind the growth of animal skin chemistry was born out of the commercial Revolution. For the primary time animal skin was being made for over personal use and also the age of production had arrived throughout the evolution of this chemistry there are several pioneers WHO have gained a data of the advanced chemical processes concerned in tanning. The attainment of this information passed considerably on a trial-and-error basis. Consequently, there are several definitions that have tried to encapsulate verity essence of what defines a phenol. A general description used defines a phenol as everything extracted from a plant that offers a blue color on exposure to ferrous chloride. Haslam in his book on Plant Polyphenols prefers the definition coined by Bate-Smith and boyfriend, they projected that tannins were "water soluble phenoplast compounds having molecular weights between five hundred and three, 000 units which besides giving the same old phenoplast reactions, they need special properties, such as, the power to precipitate alkaloids, scleroprotein and alternative proteins."

Éditorial

COVID-19 Treatment Efforts Using Plant Technologies

Raouda Neloumta

Covid-19 is a huge group of infections. A portion of the infections cause illnesses among people, while others among creatures like camels, steers, felines, and bats. A couple of creatures Covid-19 advance to contaminate people, like those that caused SARS, MERS, and COVID-19 flare-ups. Like other infections, the COVID-19 infection spreads through drops of spit or nasal release. Tainted people experience gentle to direct respiratory ailment and can recuperate without meds. Nonetheless, more seasoned patients with fundamental clinical concerns like coronary illness, diabetes, malignancy, hypertension, and ongoing respiratory infection are bound to create genuine sickness. Subsequently, researchers from different fields everywhere on the world are striving to concoct viable medicines to check the pandemic. Polymerase chain response (PCR) strategy is considered as the best quality level for illness diagnostics; be that as it may, it requires costly hardware and educated labor. In this manner, analysts at the University of Connecticut's Department of Biomedical Engineering built up the "Across the board Dual CRISPR-Cas12a" (AIOD-CRISPR), an ease, CRISPRbased demonstrative stage to distinguish irresistible sicknesses, including the COVID-19 infection. The CRISPR innovation is utilized in practically all creatures yet its initial applications were in plants. The AIOD-CRISPR test pack is expected for use at home or in little centers, decreasing infection transmission hazard. Contrasted with PCR, AIOD-CRISPR framework has better affectability and particularity. The test unit effectively recognized the DNA and RNA of SARS-CoV-2 and HIV. Western University and Suncor are creating serological test units for COVID-19 utilizing green growth as a creation plant for making the fundamental proteins for counter acting agent ID. Green growth are plant-like protists that possess amphibian conditions. Current tests depend on proteins created in creepy crawly or mammalian cells, which are costly and hard proportional. Green growth is a superior bio-processing plant elective since they are not difficult to develop and can be handily altered to create the viral proteins

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