Description Details
The free radical-mediated damage to proteins results in the modification of amino acid residues, cross-linking of side chains and fragmentation. L-tyrosine and protein bound tyrosine are prone to attack by various mediators and reactive nitrogen intermediates to form 3-nitrotyrosine (3-NT). 3-NT formation is also catalyzed by a class of peroxidases utilizing nitrite and hydrogen peroxide as substrates. Evidence supports the formation of 3-NT in vivo in diverse pathologic conditions and 3-NT is thought to be a relatively specific marker of oxidative damage. The formation of nitrotyrosine represents a specific peroxynitrite-mediated protein modification; thus, detection of nitrotyrosine in proteins is considered as a biomarker for endogenous peroxynitrite activity. Formation of tyrosine nitrated proteins is considered to be a post-translational modification with important pathophysiological consequences and is one of the markers of nitrosative stress that have been reported in neurodegeneration, inflammatory and other pathological conditions....

Description Details
A new kind of Homeopathic Materia Medica based on the Miasmatic and Idiosyncratic Profile of the patient, also including appearances, non verbal behavior, usual secondary behaviors and differential diagnosis from relative idiosyncrasies...

Table of Contents Details
SULPHUR ARGENTUM NITRICUM, GELSEMIUM, THUJA VALERIANA PLATINA PHOSPHOR

Description Details
Non-infectious uveitis comprehends a heterogeneous group of intraocular inflammatory diseases that arise without a known infectious trigger. This complex group of disorders is often associated with immunological responses to retinal proteins, as experimental models of autoimmune uveoretinitis have shown. Herein we are going to discuss the biology of ocular immune privilege and the immunologic mechanisms that sustain non-infectious uveitis pathophysiology....

Description Details
This eBook is an Open Access distributed under the Creative Commons Attribution 3.0 license, which allows users to download, copy and build upon published articles even for commercial purposes, as long as the author and publisher are properly credited, which ensures maximum dissemination and a wider impact of our publications. However, users who aim to disseminate and distribute copies of this book as a whole must not seek monetary compensation for such service (excluded OMICS Group representatives and agreed collaborations). After this work has been published by OMICS Group, authors have the right to republish it, in whole or part, in any publication of which they are the author, and to make other personal use of the work. Any republication, referencing or personal use of the work must explicitly identify the original source....

Description Details
"Injected" uses 50 peer reviewed reports and studies to examine the probability of genetic mutation and the subsequent epigenetic consequences of vaccination in the human body....

Excerpt Details
Vaccines and Production of Negative Genetic Changes in Humans 1996-1998 Leading Edge Research Group Vaccination and Genetic Change: Mobility of Genetic Material Between Life Forms: One of the indications that vaccinations may in fact be changing the genetic structure of humans became evident in September of 1971, when scientists at the University of Geneva made the discovery that biological substances entering directly into the bloodstream could become part of the human genetic structure. Originally, Japanese bacteriologists discovered that bacteria of one species transferred their own specific antibiotic resistance to bacteria of an entirely different species. Dr. Maurice Stroun and Dr. Philip Anker in the Department of Plant Physiology at the University of Geneva, began to accumulate evidence that the transfer of genetic information is not confined to bacteria, but can also occur between bacteria and higher plants and animals. According to an article in World Medicine on September 22, 1971, “Geneva scientists are convinced that normal animal and plant cells shed DNA, and that this DNA is taken up by other cells in the or...

Description Details
Applied Anatomy For Obstetrics and Gynecology is a book that combines the basic subject 'Anatomy' and the applied or clinical subject 'Obstetrics and Gynecology' for postgraduate students and clinicians. It has 91 pages, 14 chapters, and 37 illustrations which explain why a clinician does what he does in treating his patients, or the anatomical principles underlying the treatment of Obstetric and Gynecological disorders. The book has an advantage over the conventional books of applied Anatomy, in that it is written by a clinician with more than 37 years of experience, both of managing patients and teaching students. He has drawn the illustrations the way he does while teaching his students to drive a point home....

Excerpt Details
A book to explain why obstetricians and gynecologists do what they do.

Table of Contents Details
Uterus Fallopian Tubes Vulva Vagina Pelvic Floor Pelvic Connective Tissue and Spaces Ovary Pelvis Abdominal Wall Ureter Urinary Bladder Urethra Pelvic Organ Prolapse Urinary Stress Incontinence...

Description Details
Joseph Plumb Martin, A Narrative of Some ofthe Adventures, Dangers and Sufferings ofa Revolutionary Soldier (1830). First printed in Hallowed, Maine, by Glazier, Masters, and Co. in 1830. Reprinted as Joseph Plumb Martin, A Narrative of Some of the Adventures, Dangers and Sufferings of a Revolutionary Soldier; Interspersed with Anecdotes of Incidents that Occurred within His Own Observation: Written by Himself, ed. George F. Sheer (New York: The New York Times and Arno Press, 1968), pp. 283-89,292-93....

Description Details
This book has 165 chapters which cover problems in areas like Menstrual disorders, General gynecology, Gynecologic urology, Gynecologic endocrinology, Infertility, Congenital malformations of genital tract, Gynecologic oncology, Operative gynecology, General obstetrics, Obstetric hemorrhage, Medical disorders, Obstetric disorders, Disorders of labor, Surgical disorders, Maternal fetal infections, Fetal medicine, Postpartum period, Operative obstetrics and Contraception. Each chapter has a logic-based flow-chart and each step in the flow chart is explained in accompanying text on the adjacent page. It is actually the thought process of a clinician in management of his patients with different problems in Gynecology and Obstetrics. I have foregone royalty and made this book free for readers after two successful editions, because not everyone can afford to buy books, and everyone deserves to get knowledge....

Table of Contents Details
I Menstrual disorders 1 Dysmenorrhea 2 Primary amenorrhea 3 Secondary amenorrhea 4 Puberty menorrhagia 5 Menorrhagia in reproductive age 6 Postmenopausal vaginal bleeding 7 Metrorrhagia 8 Hypomenorrhea 9 Precocious vaginal bleeding 10 Premenstrual syndrome 11 Suspicion of endometrial hyperplasia 12 Suspicion of luteal phase defect II General gynecology 13 Acute lower abdominal and pelvic pain 14 Tenderness on transverse cervical movements 15 Low backache 16 Endometriosis 17 Pyometra 18 Adnexal mass 19 Abdominal enlargement 20 Uterine leiomyoma 21 Genital prolapse 22 Leukorrhea 23 Itching of the vulva 24 Vulvar lesion 25 Vulvodynia 26 Female sexual dysfunction 27 Painful dyspareunia 28 Chronic Pelvic Pain III Gynecologic urology 29 Urinary incontinence 30 Frequency of micturition 31 Retention of urine IV Gynecologic endocrinology 32 Hirsutism 33 Galactorrhea V Infertility 34 Infertility 35 Induction of ovulation 36 Cervical factor and sperm mucus penetration test 37 Male infertility VI Congenital malformations of genital tract 38 Congenital absence o...

Description Details
The preliminary idea behind translational medicine, conducting biological research to treat diseases, is not a new concept. But, scientists have been serious about placing the patient at all levels of the research process – right at the basic science level phase and all the way to the bedside – since only the 1990s. Today, translational research is a scientific field, although multidisciplinary. That innovation stemmed from the discoveries of new diseases and new technologies that allow healthcare professionals to have new perspectives on how to better and more efficiently treat patients. Translational medicine is viable, and it has already proved itself in many areas. Normally, every great discovery or innovation comes with both rewards and challenges, and continuous improvement is what keeps it alive. Translational research, an innovative concept, is not impervious to that rule. This paper examines the antecedents of translational medicine and how it came about. It considers the importance of incorporating basic science, applied science or clinical research, and the patient at every turn of the processes by analyzing the importanc...

Excerpt Details
Translational medicine or translation research is an umbrella term that covers specific research in biological sciences whose main goal is to increase human life expectancy by keeping us healthy (from better ideas to better health). It’s synonymous with translational medical science, disease-targeted research, or evidence-based research. Translation research is particular because of its bidirectional nature. It’s commonly called the B2B approach or bench to bedside approach because it incorporates clinical skills and observations as well as scientific hypotheses utilized by researchers in the laboratories. The whole concept functions in a loop: bench to bedside and back. It translates knowledge, skills, or science from one place to another not only by focusing on the traditional 4P-Medicine – personalization, prevention, prediction, and participation – but also by taking into consideration another 3 Ps: providing (staff training), preemptive (research and development), and point of care (making sure that healthcare can be given anytime anywhere). Because of that, translational medicine can be viewed as a paradigm shift. This revolut...

Table of Contents Details
Summary..…………………………………………………………………………………………3 1. From astrological and herbal medicines to translational medicine…………………………....3 Bridge to modern translational research………………………………………………………….4 a. Before the 21st century…………………………………………………………………....4 b. In the 21st century………………………………………………………………………....5 2. What is translational medicine?.................................................................................................6 a. Historical perspective and origin of translational medicine………………………………7 b. Modern view and definition of translational medicine……………………………………7 c. Characteristics and processes of translational research…………………………………...8 3. Importance of translational medicine…………………………………………………………10 a. Why does translational medicine matter?..........................................................................10 b. Direct applications of translational research……………………………………………..11 • The pharmaceutical industry…………………………………………………………11 • Neuroscience…………………………………………………………………………13 • Cancer treatment……………………………………………………………………..14 • Medical robotics……………………………………………………………………...15 4. Barriers to tran...

Description Details
This is an easy to learn guide that quickly shows you how to give a hand massage that feels amazing.

Excerpt Details
How to learn this program: First, read this program. Then find someone who will be a volunteer to receive the hand massage. Follow along with the massage summary page at the end of this program for a reminder. After practicing just a few times it will become second nature. The massage sequence has 7 parts: (1) Forearm Squeezing (2) Hand/Arm Swaying (3) Palm of hand squeezing (4) Massaging the “V” between the thumb and pointer finger (5) Massaging the center of the palm (6) Rubbing your palms together over each finger (7) Finger pulling Repeat this on the other hand. Once you do the massage a few times it will become second nature....

Table of Contents Details
Table of Contents My sincere thanks 3 About the author Steve McGough, DHS 4 Want to help people feel wonderful – anywhere - anytime? 5 How to learn this program: 7 VERY IMPORTANT POINTS BEFORE YOU BEGIN: 8 The hand massage step by step 9 (1) Forearm Squeezing 9 (2) Hand/Arm Swaying 11 (3) Palm of hand squeezing 12 (4) Massaging the “V” between the thumb and pointer finger 14 (5) Massaging the center of the palm 15 (6) Rubbing your palms together over each finger 18 (7) Finger pulling 23 Repeat the whole process on the other hand. 25 Next Steps 26 About Women and Couples Wellness 27 The hi® full body massage system 28 Other Couples Wellness Programs – Intimacy Massage 29 Other Couples Wellness Programs – Intimacy Massage – details 1 30 Other Couples Wellness Programs – Intimacy Massage – details 2 31 Other Couples Wellness Programs – hi® Couples Massage Level 1 32 Other Couples Wellness Programs – Sensual Meditation hi® Couples Massage Level 2 33 Other Wellness Programs – Accepting Yourself, Accepting Your Sexuality: Orgasm 101 34 Other Wellness Programs – Helping Women Feel Amazing 35 Other Wellness Program...