Ebook Info
Published: 2011
Number of pages:
Format: PDF
File Size: 50.11 MB
Authors: Jaydeep Choudhury
Description
Approach to Pediatric Emergency explains the importance of...
This article describes a digital twin framework (DTF) that uses machine learning to quantify metabolic fluxes in tissues from patients with glioma/brain cancer. The framework is designed to advance personalized cancer targeting by identifying which patients may benefit from specific targeted metabolic therapies, such as specialized diets (e.g., serine/glycine-free) or pharmacological nucleotide targeting.
Ebook Info
Published: 2002
Number of pages: 244 pages
Format: PDF
File Size: 6.65 MB
Authors: Thomas Kohnen
Description
New cataract removal techniques, anesthesia and viscoelastic...
A comprehensive collection of self-instructional materials edited by Marissa N. Valbuena, covering the anatomy and physiology of the eye, ocular symptomatology, examination techniques, and detailed discussions on various disorders including cataract, glaucoma, retinal diseases, strabismus, and ocular trauma.
This paper describes the relationship between the numerical aperture of the objective lens and the various aspects of the image formed in a slit lamp microscope, such as magnification, field of view, resolution, contrast, brightness, depth of field, and stereopsis. It addresses the effect on image quality due to changes in the magnification of the eyepiece during clinical examination.
Ebook Info
Published:
Number of pages:
Format: RAR
File Size: 109.74 MB
Authors: Dan Longo
Description
The updated edition of this authoritative, comprehensive, in-depth...
A detailed collection of work examining the plasticity and changes in spinal interneurons following spinal cord injury (SCI). The book is dedicated to Marion Murray, a leader in spinal cord injury research and CNS plasticity.
A foundational textbook covering the fundamental principles of general pathology, emphasizing the mechanisms, etiology, and morphological basis of human diseases suitable for medical and health science students.
An introductory textbook covering the fundamentals of materials chemistry, including historical perspectives, design considerations for new materials, and detailed principles of solid-state chemistry such as bonding in solids, crystal structures (unit cell, lattices, imperfections), phase transformations, and the amorphous state (sol-gel processing and glasses).
This book explores the biological processes underlying orthodontic tooth movement, focusing on current concepts, cellular events, and the mechanisms involved in the remodeling of the periodontal ligament and supporting bone. It acknowledges both historical pioneers and recent advancements in the field.
