Kirjat ja teokset – Vinay Kumar

Pocket Companion to Robbins & Cotran Pathologic Basis of Disease

Richard N. Mitchell; Vinay Kumar; Abul K. Abbas; Jon C. Aster

Elsevier - Health Sciences Division

2023

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Offering rapid, portable access to key concepts and principles of pathology from Robbins and Cotran Pathologic Basis of Disease, 10th Edition, this up-to-date Pocket Companion makes it easy to locate essential information on the go. The condensed, at-a-glance format, organized to parallel the parent text, is ideal for quick review-anytime, anywhere. Features cutting-edge information on important topics such as novel therapies for hepatitis C, personalized medicine, the role of microbiome and metabolome in non-communicable disease, and much more Includes new gross and microscopic figures for clarity of morphology and new artwork depicting the latest advances in molecular pathogenesis of cancers Reflects updated page references and content changes found in to Robbins and Cotran Pathologic Basis of Disease, 10th Edition Contains all the key data and principles needed for the USMLE Step 1, in-course exams, and rotations Enhanced eBook version included with purchase. Your enhanced eBook allows you to access all of the text, figures, and references from the book on a variety of devices

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Robbins Essential Pathology

Jon C. Aster; Vinay Kumar; Abul K. Abbas

Elsevier Health Sciences

2026

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Part of the highly regarded Robbins family of pathology texts, Robbins & Kumar Essential Pathology, 2nd Edition, provides a strong foundation of core pathology knowledge, focusing on the most essential aspects for success on your course and in exams. Now fully updated to reflect recent changes in the field, this edition provides trusted Robbins content in an integrated, multimedia format- including unique, interactive clinical cases and self-assessment materials. Efficient, effective, and easy to use, this concise, authoritative resource is ideal for today’s integrated courses and medical students’ changing needs. Provides high-quality content and a case-based approach in a focused, multimedia learning package-aligned to current courses and USMLE requirements Focuses on the core knowledge of disease mechanisms and essential clinical aspects that medical students need to know Contains new, easy-to-grasp illustrations that depict important pathology and principles of pathogenesis Features more than 500 images and summary tables that illustrate key disorders and concepts Provides access to exclusive integrated digital learning tools, including more than 90 interactive cases and images that take you through key topics in logical, sequential steps, and self-assessment questions with links to the text that help you evaluate your progress and prepare for exams An eBook version is included with purchase. The eBook allows you to access all of the text, figures, and references, with the ability to search, make notes and highlights, and have content read aloud

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Small Steps. Big Differences -

Vinay Kumar

Independently Published

2026

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Engineering Materials for 3D Printing

Rupinder Singh; Vinay Kumar; Nishant Ranjan; Ranvijay Kumar

Elsevier - Health Sciences Division

2026

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3D printing processes have promising advantages over conventional manufacturing processes from a functional ability viewpoint. In the past 30 years, a variety of additive manufacturing-based 3D printing processes have been reported for the fabrication of functional prototypes, using materials such as thermoplastic, resins, metal and their alloys. While there is a significant amount of information on various 3D printing processes, and materials that may be used in 3D printing-based manufacturing practices for engineering applications, there is far less information on 3D printable materials for structural and non-structural engineering applications. Engineering Materials for 3D Printing fills this gap. The book includes three sections and provides an insight on the development and characterization of polymer-based 3D printed materials by different processes such as extrusion, sol-gel, and pulverization along with meta-structure properties for various structural applications

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Efeito dos fatores climáticos e do intervalo entre colheitas no crescimento e rendimento do chá

Sunil Singh; Vinay Kumar

Edicoes Nosso Conhecimento

2025

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Em Uttaranchal, o ch cultivado como uma cultura de sequeiro. Por depender quase totalmente da chuva, a sua quantidade e distribui o s o muito importantes para o crescimento e a produ o do ch . Nas planta es de ch da regi o de Kausani, em Uttaranchal, as varia es anuais na precipita o total e na sua distribui o s o significativas. A precipita o anual total foi de 1061 mm, 1354 mm e 1401 mm em 2002, 2003 e 2004, respetivamente (Fig. 18). Durante janeiro a mar o, foram registados 238 mm, 271 mm e 47 mm de precipita o, nessa mesma ordem. Durante 2004, 82% da precipita o ocorreu nos meses de junho a agosto. Portanto, a distribui o da precipita o n o foi uniforme. N o houve precipita o no m s de mar o e a precipita o total de abril a maio foi de apenas 148 mm. Embora a precipita o tenha sido mais alta em 2004, n o houve precipita o no m s de mar o. Efeito dos intervalos de colheita na absor o de nutrientes Em geral, a absor o de azoto, f sforo e pot ssio foi mais elevada no intervalo de colheita de 9 dias, seguido dos intervalos de colheita de 7 e 5 dias (Tabela 4.1-4.15) em abril e junho. Al m disso, a absor o de todos os nutrientes aumentou em junho em compara o com abril.

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Wplyw czynników klimatycznych i czestotliwosci zrywania lisci na wzrost i plony herbaty

Sunil Singh; Vinay Kumar

Wydawnictwo Nasza Wiedza

2025

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W Uttaranchal herbata jest uprawiana jako roślina deszczowa. Ponieważ uprawa ta jest prawie calkowicie uzależniona od opad w deszczu, ich ilośc i rozklad mają ogromne znaczenie dla wzrostu i produkcji herbaty. Na plantacjach herbaty w regionie Kausani w Uttaranchal wahania calkowitej ilości opad w i ich rozkladu w poszczeg lnych latach są znaczne. W latach 2002, 2003 i 2004 calkowita roczna suma opad w wyniosla odpowiednio 1061 mm, 1354 mm i 1401 mm (rys. 18). W okresie od stycznia do marca opady wyniosly odpowiednio 238 mm, 271 mm i 47 mm. W 2004 r. 82% opad w wystąpilo w miesiącach czerwiec-sierpień. Dlatego też rozklad opad w nie byl r wnomierny. W marcu nie odnotowano żadnych opad w, a calkowita suma opad w od kwietnia do maja wyniosla zaledwie 148 mm. Chociaż w 2004 r. odnotowano najwyższe opady, to jednak w marcu nie wystąpily żadne opady. Wplyw częstotliwości zbior w na pobieranie skladnik w odżywczych Og lnie rzecz biorąc, pobieranie azotu, fosforu i potasu bylo najwyższe przy 9-dniowej częstotliwości zbior w, a następnie przy 7- i 5-dniowej częstotliwości zbior w (tabela 4.1-4.15) zar wno w kwietniu, jak i czerwcu. Ponadto pobieranie wszystkich skladnik w odżywczych wzroslo w czerwcu w por wnaniu z kwietniem.

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Effetto dei fattori climatici e dell'intervallo di raccolta sulla crescita e sulla resa del tè

Sunil Singh; Vinay Kumar

Edizioni Sapienza

2025

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Nell'Uttaranchal, il t viene coltivato come coltura pluviale. Essendo dipendente quasi interamente dalla pioggia, la sua quantit e distribuzione sono molto importanti per la crescita e la produzione del t . Nelle piantagioni di t della regione di Kausani nell'Uttaranchal, le variazioni annuali delle precipitazioni totali e della loro distribuzione sono significative. Nel 2002, 2003 e 2004 sono state registrate precipitazioni annuali totali rispettivamente di 1061 mm, 1354 mm e 1401 mm (Fig. 18). Da gennaio a marzo sono stati registrati 238 mm, 271 mm e 47 mm di precipitazioni, nello stesso ordine. Nel 2004, l'82% delle precipitazioni si verificato nei mesi di giugno-agosto. Pertanto, la distribuzione delle precipitazioni non stata uniforme. Non ci sono state precipitazioni nel mese di marzo e le precipitazioni totali da aprile a maggio sono state solo 148 mm. Sebbene le precipitazioni siano state pi elevate nel 2004, non ci sono state precipitazioni nel mese di marzo. Effetto degli intervalli di raccolta sull'assorbimento dei nutrienti In generale, l'assorbimento di azoto, fosforo e potassio stato pi elevato con un intervallo di raccolta di 9 giorni, seguito da intervalli di 7 e 5 giorni (Tabella 4.1-4.15) sia in aprile che in giugno. Inoltre, l'assorbimento di tutti i nutrienti aumentato in giugno rispetto ad aprile.

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Effet des facteurs climatiques et de l'intervalle entre les récoltes sur la croissance et le rendement du thé

Sunil Singh; Vinay Kumar

Editions Notre Savoir

2025

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Dans l'Uttaranchal, le th est cultiv en culture pluviale. tant presque enti rement d pendant de la pluie, sa quantit et sa r partition sont tr s importantes pour la croissance et la production du th . Dans les plantations de th de la r gion de Kausani, dans l'Uttaranchal, les variations d'une ann e l'autre du total des pr cipitations et de leur r partition sont importantes. Les pr cipitations annuelles totales ont t respectivement de 1 061 mm, 1 354 mm et 1 401 mm en 2002, 2003 et 2004 (fig. 18). Entre janvier et mars, les pr cipitations ont t respectivement de 238 mm, 271 mm et 47 mm. En 2004, 82 % des pr cipitations sont tomb es entre juin et ao t. La r partition des pr cipitations n' tait donc pas uniforme. Il n'y a pas eu de pr cipitations au mois de mars et les pr cipitations totales entre avril et mai n'ont atteint que 148 mm. Bien que les pr cipitations aient t les plus lev es en 2004, il n'y a pas eu de pr cipitations au mois de mars. Effet des intervalles de cueillette sur l'absorption des nutriments En g n ral, l'absorption d'azote, de phosphore et de potassium a t la plus lev e avec un intervalle de cueillette de 9 jours, suivi d'intervalles de 7 et 5 jours (tableaux 4.1-4.15) en avril et en juin. De plus, l'absorption de tous les nutriments a augment en juin par rapport avril.

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Auswirkungen klimatischer Faktoren und Pflückintervalle auf Wachstum und Ertrag von Tee

Sunil Singh; Vinay Kumar

Verlag Unser Wissen

2025

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In Uttaranchal wird Tee als Regenfeldfrucht angebaut. Da der Anbau fast vollst ndig vom Regen abh ngig ist, sind dessen Menge und Verteilung f r das Wachstum und die Produktion von Tee sehr wichtig. In den Teeplantagen der Region Kausani in Uttaranchal sind die j hrlichen Schwankungen der Gesamtniederschlagsmenge und ihrer Verteilung erheblich. In den Jahren 2002, 2003 und 2004 betrug die j hrliche Niederschlagsmenge 1061 mm, 1354 mm bzw. 1401 mm (Abb. 18). Von Januar bis M rz fielen 238 mm, 271 mm bzw. 47 mm Niederschlag in derselben Reihenfolge. Im Jahr 2004 fielen 82 % der Niederschl ge in den Monaten Juni bis August. Daher war die Niederschlagsverteilung ungleichm ig. Im M rz gab es keine Niederschl ge, und die Gesamtniederschlagsmenge von April bis Mai betrug nur 148 mm. Obwohl die Niederschlagsmenge 2004 am h chsten war, gab es im M rz keine Niederschl ge. Auswirkung der Pfl ckintervalle auf die N hrstoffaufnahme Im Allgemeinen war die Stickstoff-, Phosphor- und Kaliumaufnahme bei einem Pfl ckintervall von 9 Tagen am h chsten, gefolgt von Pfl ckintervallen von 7 und 5 Tagen (Tabelle 4.1-4.15) sowohl im April als auch im Juni. Au erdem stieg die Aufnahme aller N hrstoffe im Juni im Vergleich zum April an.

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