Case Study of Viral Hepatitis Based on Immigration Situation

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Recently wars left the world in shell-shocked with a number of immigrants, huge numbers of people with lack of sanitary condition and hygienic practice give us a danger alarm about children future in whole countries that accepted the immigrates and under immigration system. On the other hand, the tremendous number of refugee’s increases paralleled with a number of wars happened in the last decades. The main target of this work is to focus on viral hepatitis epidemic during immigration time and shed light on this case to solve and find the best solution for it.

 

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Relationship among Heterosis, Combining Ability and SSR Based Genetic Distance in Single Cross Hybrids of Maize (Zea Mays L)

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Combining ability and heterosis for different morphological and quality traits were studied under three environments using 10 inbred lines, 45 single cross hybrids and three commercial hybrids as checks at SHIATS, Allahabad, India during monsoon, 2014. Ten simple sequence markers (SSR) were used to quantify genetic distance  which was further used to analyse relationship with combining ability and heterosis in single cross hybrids. Pearson’s correlation and linear regression were analysed to identify the important factors determining heterosis and per se performance of hybrids. Variances due to general combining ability (GCA) and specific combining ability (SCA) were found to be significant for all but their interaction with environments were significant only ..Read more  morphological traits. SSR marker bnlg 1523 was found as a potential marker for discriminating maize inbred lines at molecular level as it has high PIC (0.71) and gene diversity (0.74). Significant positive association were recorded Read more

https://www.scitechnol.com/abstract/relationship-among-heterosis-combining-ability-and-ssr-based-genetic-distance-in-single-cross-hybrids-of-maize-zea-mays-l-6022.html

 

Breeding Sites of Stomoxys spp (Diptera: Muscidae), a Preliminary Study in the Makokou Region (North-East-Gabon)

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In order to circumscribe the breeding sites of stomoxes in the Makokou region, eight potentially favorable environments were sampled from January to June 2007 in three habitats: primary and secondary forest (natural environments) and the anthropic environment (artificial or disturbed areas). In the primary forest, three types of substrates were collected: litter, elephant dung, and Cephalophus droppings. In the secondary forest, two types of substrates: litter and monkey droppings. In villages or cities, three substrates constituting of decaying plant material, organic waste from garbage in villages and cow dung were also collected. These materials were placed in emergence cages while awaiting the emergence of adult arthropods. In total, 14517 arthropods emerged, including 11726 stomoxes and 2791 other arthropod specimens. Seven Stomoxys spp were observed and included: S. transvittatus with 8221 (70%) emerged individuals, S. niger with 1679 (14%) observed individuals. However, S. omega (8%); S. inornatus (4%); S. calcitrans (2%); S. niger bilineatus (1.9%); and finally S. xanthomelas (0.1%) emerged in minor proportions. The results obtained in this study indicate that stomoxes can lay their eggs on several types of substrates hence colonizing many areas

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Assessment of Natural Killer Cell Subsets in HCV Infection and Hepatocellular Carcinoma

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In this study, the NK cell CD markers testings were found to be the possibility and potentiality of some types of NK cells to target HCV and HCC immunotherapy

Natural Killer (NK) cells are important for responding to and destroying cells that have become infected with virus and cancer cells. We evaluated the effects of hepatitis C virus (HCV) only infected patients and HCV-related hepatocellular carcinoma (HCC) of Egyptian cases on peripheral blood NK cell subsets CD56bright and CD56Dim NK cells, CD56dim16+, CD56dim16 and with emphasis on the CD3 cells.

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On the Existence of Animal Viroids

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This manuscript is an outgrowth of my discovery of the viroids in 1971, which has been endorsed by the International Committee for the Taxonomy of Viruses (ICTV) as a new order called Subviral Agents, which now consists of two families and upward of 40 species, all isolated from higher plants. Most of these cause diseases of various crops. fruit trees, or ornamental plants. Here I ask the question why, so far, these plant viroids are not complemented by their counterparts in animals.

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Journal home page: http://www.scitechnol.com/virology-antiviral-research.php

 

 

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The blog of SciTechnol journals with four sections- Agri Food Aqua Vet, Environmental Science Journals, Genetics & Molecular Biology Journals, Immunology & Microbiology

Study of the Genetic Variability of Grapevine Cultivar #Liatiko (Vitis vinifera L.) using the Ampelographic Description and Molecular Method SSR

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Liatiko is considered one of the oldest grapevine cultivars, indigenous to the Cretan vineyard. Due to its very long cultivation in Crete, this variety exhibits great genetic variability as expressed through the different biotypes that have been detected in productive #vineyards…Read more https://www.scitechnol.com/peer-review/study-of-the-genetic-variability-of-grapevine-cultivar-liatiko-vitis-vinifera-l-using-the-ampelographic-description-and-molecular–P78Z.php?article_id=6472

Development of Early Maturing #Linseed Genotypes Through Induced Mutatagenesis Suited for Cultivation in Rice

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Great work on substantial part of #rice fallows at the time of the  the #rabi (post rainy) season are left uncropped due to  limited availability of soil moisture. Late maturity is a major inconvenience to utilize the residual moisture after paddy harvest, where plants must mature within a much shorter growing season..Read more https://www.scitechnol.com/peer-review/development-of-early-maturing-linseed-genotypes-through-induced-mutatagenesis-suited-for-cultivation-in-rice-fallows-0hyB.php?article_id=6460

Developing Ideal Solution For Acute Wound Treatment By Regenerative Medicine

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People tend to get injured, leading to wounds with losses of multiple tissues including skin, subcutaneous tissue, tendons and bones. There effective management is a complex process, but the outcomes many a time remain unpredictable. The complications involve further tissue loss, infections and non healing ulcers leading to huge morbidity. Throughout the world large resources are spent, consuming billions of dollars, towards manage these wounds and lessen the morbidity. A simple therapy for effective wound management if evolved will transform this health problem and save lot of sufferings.
Method: The “Sandeep’s Technique’s for Assisted Regeneration of Skin” (STARS) is therapy for complete healing of wounds with Autologous self activated Platelet Rich Plasma (PRP), imparted as local subcutaneous infiltrate in the wound margin or underneath the necrotic Flap, on every 4th day, till complete regeneration takes place and wound heals. The wounds are dressed daily / alternate day with only Read more

Innate Immunity in Preeclampsia

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During pregnancy, the maternal immune system must engage in a fine balancing act, maintaining tolerance to the fetal allograft while preserving innate and adaptive immune mechanisms for protection against microbial challenges. Innate immune system dysfunction has been known to be a key player in preeclampsia. Human studies investigating the role of the feto-maternal interface have been particularly useful in revealing the local cellular mechanisms that control maternal immune tolerance to the semi-allogeneic fetus.

For more related information, visit us on https://www.scitechnol.com/andrology-gynecology-current-research.php

 

Epigenetic Role in Hypertensive Pregnancy

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Maternal hypertension in pregnancy is a genetically complex condition originating in the placenta. Hypertensive disorders of pregnancy predispose offspring to systemic cardiovascular disease and pulmonary vascular dysfunctioning adulthood because epigenetic marks are responsive to environmental stimuli and mediate gene expression patterns that control embryonic development and organogenesis. Epigenomic processes are believed to play a central role in the developmental programming of adult disease. Numerous studies have shown that HTNPREG is associated with systemic or pulmonary vascular abnormalities.

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Huntington’s disease

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Huntington disease is a progressive brain disorder that causes uncontrolled movements, emotional problems, and loss of thinking ability. Most people with Huntington’s disease develop signs and symptoms in their 30s or 40s. An autosomal dominant neurodegenerative disease caused by expansion of a CAG trinucleotide repeat in HTT, resulting in an extended polyglutamine tract in Huntington. Every child of a parent with HD has a 50/50 chance of inheriting the expanded gene that causes the disease.

For more related information, visit us on https://www.scitechnol.com/journal-genetics-gene-therapy.php

Incorporation of neurogenesis and angiogenesis models for developing a neurovascular tissue

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The brain comprises of neural tissues including neurons and glial cells, veins wrapped by smooth muscle cells or pericytes, and extracellular grid (ECM). The brain cells collaborate with each other both basically and practically. For instance, endothelial tight intersections shape blood brain boundary (BBB) to control the vehicle of substances to the cerebrum parenchyma, and it is realized that astrocytes and pericytes around veins add to direction of BBB functions1,2. This brain particular structure is presently notable as the idea of neurovascular unit (NVU), which is a fundamental unit in the cerebrum. In the field of brain tissue building, many examinations have been directed utilizing single cell sort, e.g. either neurons or glial cells, to disentangle a trial display. Be that as it may, as the idea of NVU has been proposed, it turns out to be progressively critical to explore collaborations among brain cells for additionally comprehension of cerebrum capacities and creating therapeutics of brain issue. In this manner, it is important to develop a mind tissue with different cell sorts in vitro, which enables us to break down the associations of cerebrum cells in NVU.