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National Library of Medicine Current Catalog
First multi-year cumulation covers six years: 1965-70.
Achieving sustainable production of pig meat Volume 3
Reviews latest research on diseases affecting pigs and their management Comprehensive review of pig welfare across the life-cycle, from gilts and sows to weaned piglets and finishing pigs Includes generic welfare issues such as the role of pasture-based systems, humane transport, lairage and slaughter techniques
Index of NLM Serial Titles
A keyword listing of serial titles currently received by the National Library of Medicine.
Plant Inventory
None
Information Resources in Toxicology
This latest version of Information Resources in Toxicology (IRT) continues a tradition established in 1982 with the publication of the first edition in presenting an extensive itemization, review, and commentary on the information infrastructure of the field. This book is a unique wide-ranging, international, annotated bibliography and compendium of major resources in toxicology and allied fields such as environmental and occupational health, chemical safety, and risk assessment. Thoroughly updated, the current edition analyzes technological changes and is rife with online tools and links to Web sites. IRT-IV is highly structured, providing easy access to its information. Among the "hot topi...
Stem Cell Technologies meet Stem Cell Biology to Shine New Light into Tropical Infectious Diseases
The aim of this collection of articles is to assemble advances in stem cell-based approaches and their application to the study of parasitic diseases. Tropical parasites, including unicellular protozoan organisms and helminths, represent a major public health burden, particularly in tropical regions of the world. The study of these organisms is significantly hampered by the lack of effective in vitro/ ex vivo culture systems that mimic natural conditions and facilitate a thorough understanding of parasite development and host-parasite interactions. The advent of stem cell technology offers the opportunity to derive the right cell types to culture these parasites. Moreover, stem cell-derived organoids accurately reproduce the particular niche in which the parasites grow, develop, interact with host tissues and reproduce. In addition, particularly for helminths (i.e., multicellular parasites), the identification and characterisation of the parasite’s stem cell system, will be critical to complement our current and future understanding of fundamental biological processes, such as worm maturation, and interaction with the host immune system and microbiota.
