Ruchi Verma

The primary aim of the book Food Technology: Objective Food Chemistry and Nutrition is to offer a comprehensive and simplified understanding of the fundamental concepts of Food Chemistry & Nutrition to students studying Food Technology. It comprises 09 chapters, each containing concise notes and multiple-choice questions on various topics such as Carbohydrates, dietary fiber, starch, proteins, lipids, pigments, food flavors, enzymes, nutrition, balanced diets, essential amino acids and essential fatty acids, protein efficiency ratio, water-soluble and fat-soluble vitamins, minerals role in nutrition, co-factors, anti-nutrients, nutraceuticals, and nutrient deficiency diseases. Additionally, it covers chemical and biochemical changes that occur in food during various processing methods. This book is particularly beneficial for students preparing for higher studies or appearing in competitive examinations, such as GATE/NET/ARS/FSSAI, among others. It is also useful for students pursuing Food Processing, Dairy and Food Engineering, Food Science and Technology, Process and Food Engineering, Food Technology, Dairy Science and Technology, Post-Harvest Engineering and Technology, Agricultural Structure and Process Engineering, Horticulture (specialized in Post-Harvest Technology), and Home Science (Food and Nutrition), among other fields. Furthermore, it is helpful for those preparing for competitive examinations, such as ICAR/CSIR/UGC fellowships, NET, ARS, SRF, JRF, and for written exams and interviews for RA/SRF/SMS/Assistant Professor, Food Safety officers, Food inspectors, Public analysts, and national and multinational food process industries, among others.

The primary goal of Objective Food Technology: Food Microbiology is to offer a comprehensive and accessible understanding of the fundamental concepts of food microbiology to students pursuing a degree in food technology. This book encompasses six chapters that cover essential topics on the syllabus, such as the characteristics of microorganisms, microbial growth kinetics, serial dilution technique, food spoilage, and toxins from microbes, including Staphylococcus, Salmonella, Shigella, Escherichia, Bacillus, Clostridium, and Aspergillus genera. Additionally, the book provides valuable information on fermented foods and beverages, making it an ideal resource for students preparing for competitive examinations such as GATE, NET, ARS, and FSSAI. This book is also beneficial for students pursuing higher studies or those preparing for competitive examinations such as ICAR, CSIR, UGC fellowships, NET, ARS, SRF, JRF, RA, SRF, SMS, Assistant Professor, Food Safety officers, Food inspectors, Public analysts, and national and multinational food process industries.

Biokeramiken sind Materialien, die unter anderem Aluminiumoxid, Zirkonoxid, bioaktives Glas, Glaskeramik, Hydroxyapatit, resorbierbare Calciumphosphate umfassen. Sie wurden in der Zahnheilkunde zum Auff llen von Knochendefekten, Wurzelreparaturmaterialien, apikalen F llmaterialien, Perforationsversiegelung, als endodontische Versiegelung und als Hilfsmittel bei der Regeneration verwendet. Sie haben bestimmte Vorteile wie Biokompatibilit t, Nicht-Toxizit t, Dimensionsstabilit t und vor allem bei endodontischen Anwendungen, da sie bioinert sind. Sie haben eine hnlichkeit mit Hydroxyapatit, einer intrinsischen osteoleitenden Aktivit t und haben die F higkeit, regenerative Reaktionen im menschlichen K rper zu induzieren. In der Endodontie k nnen sie grob in Calciumphosphat/Tricalcium/Hydroxyapatit-basiert, Calciumsilikat-basiert oder Mischungen aus Calciumsilikat und Phosphaten eingeteilt werden. Dieses Buch konzentriert sich auf einen berblick ber Biokeramik, Klassifikation und ihre Vorteile. Es gibt auch einen detaillierten Einblick in einzelne biokeramische Materialien, die derzeit in der Endodontie verwendet werden, sowie deren Eigenschaften und Anwendungen.

Bioceramics are materials which include Alumina, Zirconia, Bioactive glass, Glass ceramics, Hydroxyapatite, resorbable Calcium phosphates, among others. They have been used in dentistry for filling up bony defects, root repair materials, apical fill materials, perforation sealing, as endodontic sealers and as aids in regeneration. They have certain advantages like biocompatibility, non toxicity, dimensional stability and most importantly in endodontic applications, being bio-inert. They have a similarity to Hydroxyapatite, an intrinsic osteo conductive activity and have an ability to induce regenerative responses in the human body. In Endodontics, they can be broadly classified into Calcium Phosphate/ Tricalcium/ Hydroxyapatite based, Calcium Silicate based or mixtures of Calcium Silicate and Phosphates. This book focuses on an overview of Bioceramics, classification and their advantages. It also gives a detailed insight into individual bioceramic materials currently used in the fields of Endodontics along with their properties and applications.

Le bioceramiche sono materiali che includono allumina, zirconia, vetro bioattivo, vetroceramica, idrossiapatite, fosfati di calcio riassorbibili, tra gli altri. Sono stati utilizzati in odontoiatria per riempire difetti ossei, materiali per la riparazione delle radici, materiali per otturazione apicale, sigillatura di perforazioni, come sigillanti endodontici e come aiuti nella rigenerazione. Presentano alcuni vantaggi come la biocompatibilit , la non tossicit , la stabilit dimensionale e, soprattutto, nelle applicazioni endodontiche, essendo bio-inerti. Hanno una somiglianza con l'idrossiapatite, un'attivit osteoconduttiva intrinseca e hanno la capacit di indurre risposte rigenerative nel corpo umano. In Endodonzia, possono essere ampiamente classificati in a base di fosfato di calcio/ tricalcio/ idrossiapatite, a base di silicato di calcio o miscele di silicato di calcio e fosfati. Questo libro si concentra su una panoramica della bioceramica, della classificazione e dei loro vantaggi. Fornisce inoltre una visione dettagliata dei singoli materiali bioceramici attualmente utilizzati nei campi dell'endodonzia insieme alle loro propriet e applicazioni.

Les bioc ramiques sont des mat riaux qui comprennent l'alumine, la zircone, le verre bioactif, la vitroc ramique, l'hydroxyapatite, les phosphates de calcium r sorbables, entre autres. Ils ont t utilis s en dentisterie pour combler les d fauts osseux, les mat riaux de r paration radiculaire, les mat riaux d'obturation apicale, le scellement des perforations, comme scellants endodontiques et comme aides la r g n ration. Ils pr sentent certains avantages comme la biocompatibilit , la non toxicit , la stabilit dimensionnelle et surtout dans les applications endodontiques, tant bio-inertes. Ils ont une similitude avec l'hydroxyapatite, une activit ost oconductrice intrins que et ont la capacit d'induire des r ponses r g n ratrices dans le corps humain. En endodontie, ils peuvent tre largement class s en phosphate de calcium/tricalcium/hydroxyapatite base, base de silicate de calcium ou des m langes de silicate de calcium et de phosphates. Ce livre se concentre sur une vue d'ensemble des bioc ramiques, de leur classification et de leurs avantages. Il donne galement un aper u d taill des diff rents mat riaux bioc ramiques actuellement utilis s dans les domaines de l'endodontie ainsi que de leurs propri t s et applications.