Viramune

Alita Loveless, MD

• Instructor
• Department of Obstetrics and Gynecology
• Texas Tech University Health Sciences Center
• Lubbock, Texas

Program in Molecular Biophysics graduate students are supported for the first two years by a training grant from the National Institutes of Health 2d6 medications . If the funds are not deposited in a timely manner medications similar to gabapentin , any offer of admission to the Program in Molecular Biophysics will be null and void medicine on airplanes . Cell Biology Program Prerequisites the department will admit well-qualified students to the program for work leading to the degree of Doctor of Philosophy symptoms 5 weeks pregnant . Applicants should have thorough training in general biology, chemistry and physics, or to remove deficiencies in these areas by means of appropriate undergraduate courses during the first year in residence. Degree Requirements established by the Department of Cell Biology and the Doctor of Philosophy Board of the University which must be met by all candidates are as follows: 1. Complete a minimum of two consecutive semesters of registration as a full time, resident graduate student. Demonstrate evidence of achievement and promise in a comprehensive oral examination administered by the Doctor of Philosophy Board, usually at the end of the second year of residence. Write a dissertation, embodying findings worthy of publication, and certified to be a significant contribution to knowledge by at least two referees. Present a final departmental oral examination/seminar in the field of the dissertation research certified by from three to five examiners. Core Courses Students will generally fulfill the course requirements of the interdepartmental program in Biochemistry, Cellular and Molecular Biology, but alternative courses can be arranged to meet individual needs. Elective Courses At their discretion, faculty members reserve the right to require students to take elective courses. Teaching Training in teaching (Molecules and Cells and/ or Organ Histology) is required for all graduate students. Members of the department who work in the area of cell biology participate in the joint program in Biochemistry, Cellular and Molecular Biology described in detail on page 37; in addition to its participation in this program, the department also provides training in a separate Cell Biology Program within the department itself. The Faculty A list of the members of the staff and their research interests may be found in the departmental statement on page 144. This program grew out of a need for graduate training at the interface between medicine and the traditional basic science disciplines. Rapid progress in cellular and molecular biology has strongly impacted clinical medicine, offering insights about the fundamental causes of many diseases. Thus, the goal of this program is to train scientists who will make discoveries in the laboratory that can be applied expeditiously to the diagnosis, treatment, and prevention of disease. New technology allows scientists to identify genetic and molecular defects causing or predisposing to disease. The trainees in this program are working precisely at this interface between science and medicine to contribute to the long term well being of society. Facilities Students will work in well equipped laboratories of approximately 125 program faculty located throughout the medical school campus. These researchers are supported by many shared facilities including microscopy, molecular biology and protein chemistry. Requirements for Admission Applicants should have a bachelor degree with undergraduate training in biology, inorganic chemistry, organic chemistry, physics and calculus. Inquiries regarding admissions should be referred to the Office of the Graduate Program in Cellular and Molecular Medicine, 1830 E. Degree Students must complete successfully the following courses: Introduction to the Human Body: Anatomy, Histology & Physiology (800. Students are required to take four elective courses to further broaden their experience in cellular and molecular medicine, as well as an ethics course. Elective courses may include courses at the School of Public Health and Homewood Campus. Elective course topics include bioorganic chemistry, biophysical chemistry, human anatomy, immunology, pathobiology, pharmacology and neuroscience. At the end of the first year, students will select a research advisor from one of three rotation laboratories and begin original research leading to their doctoral dissertation. A University mandated Doctor of Philosophy Board Oral examination must be completed by the end of the second year of study. Between the end of year two and the beginning of year three, a thesis committee must be selected and a meeting must be convened. Annual meetings are held until such time as the thesis committee believes the student is ready to write their doctoral dissertation. Financial Aid the program is supported by a combination of monies from the Lucille P.

A number of research funding agencies now require or request authors to submit the post-print (the article after peer review and acceptance but not the final published article) to a repository that is accessible online by all without charge medications quotes . Additionally medications ok for dogs , all authors who choose the open access option will have their final published article deposited into PubMed Central medicine cat herbs . Upon successful registration symptoms nasal polyps , an email containing your user name and password will be sent to you. Please be sure to enter your email address correctly; if an error has been made or an incorrect email address has been provided, you will not receive this notification. You may access your Author, Reviewer, and/or Editor accounts with the same log-in information. Click the log-in button on the Editorial Manager home page, enter your username and password, and click on Author Login. Be sure to prepare your manuscript according to the requirements laid out in these author instructions. Following submission to the journal office, you will be able to track the progress of your manuscript through the system. If you experience any problems with Editorial Manager or have any questions, please contact our Communications Editor, Dawn Sugarman, PhD, at: dsugarman@mclean. Manuscript and other requirements conform to the "Uniform Requirements for Manuscripts Submitted to Biomedical Journals" established by the International Committee of Medical Journal Editors (N Engl J Med 1991;324:424­8). Submitting the materials in the correct format will expedite the review process and prevent unnecessary delay in publication. All major parts of the manuscript (title page, abstract, text, acknowledgments, references, tables, and legends for illustrations) must be typed double-spaced in 12-point type. All four margins must be at least 1 inch, and the right-hand margin should be unjustified (ragged). The manuscript file should be arranged in the following order: title (without author names), abstract and key words, text, references. Please also include a word count (excluding references, tables, and figures), the number of tables, the number of figures, and the number of references. For review articles, the text should begin with an introductory section, include a brief description of the methods used to select the articles reviewed (database, terms searched, limitations imposed), and end with a discussion section. Abbreviations may be used but (1) should be employed only for terms appearing repeatedly throughout the manuscript, (2) must be spelled out the first time they appear in the text, and (3) must be consistent throughout the manuscript. Abbreviations may not be used in the title and should be avoided, if possible, in the abstract. Generic rather than trade names of drugs should be used, although trade names may be mentioned in parentheses in the first text reference to the drug. References need to be identified in the text, tables, legends (of figures), and text boxes by Arabic numbers as superscripts. The same order (rather than, say, alphabetical order) should be used in the reference list. Once a reference takes on a number, it keeps that number for all future occurrences in the article. Author-date citations are unacceptable, both in the text and in the reference list itself. If a program such as Endnote or Reference Manager is not used, superscript numbers will need to be entered in the text, correlated with the numbering of the reference list. The style of references should follow that of the examples below, using the abbreviated journal titles that are used in PubMed. Differential efficacy between tricyclic antidepressants and behavior therapy of panic disorder. Unpublished observations, unpublished manuscripts, and personal communications cannot be included in the reference list but can be inserted in parentheses in the text. Articles in press (that is, accepted for publication but not yet published) may be cited in the reference list, marked with the abbreviated name of the publication included (followed by "(in press). Our house style is available as an output style under Endnote; it may need to be separately downloaded from the Endnote website. If manuscripts have been prepared using either Endnote or Reference Manager, the program 5 information should be included with the submitted document. If a manuscript is later accepted for publication in the Review, the Endnote or Reference Manager programming may prove useful during the final editing process. No footnotes or endnotes are permitted except under exceptional circumstances (where, for example, including certain vital material, especially of a background character, would interfere too much with the flow of the text).

He initiated detailed studies of the root system and its food reserves as affected by frequency and depth of cultivation symptoms 3 days past ovulation . Although these root reserve studies did not relate directly to controlling the weed medicine used to treat bv , they led to more complete understanding of the results following various cultivation treatments treatment ulcerative colitis . He developed practical and effective cultural systems with specific recommendations regarding tillage frequency medicine definition , competitive crops, and crop rotations. Timmons also initiated studies on the duration of viability of bindweed seed in the soil. His work, along with some that was carried on after his departure, indicated that the seed may remain viable in the soil for more than 50 years. Timmons initiated a large number of experiments with 2, 4-D for control of bindweed and common weeds in wheat and other Kansas crops. His and subsequent work showed that 2, 4-D would not completely eliminate bindweed under most conditions. But it did provide a high degree of control, particularly when combined with some intensive cultivation and competitive cropping systems. Shortly after Phillips became project leader, several objectives were articulated more specifically. Under his direction, the first of many preemergence-type herbicides were evaluated for controlling weeds in sorghum. Expanded use of 2, 4-D in wheat led to questions concerning possible carryover of the chemical into the grain. This research showed that 2, 4-D applied to the growing crop did not change the milling and baking quality of wheat. These studies contributed to knowledge necessary to establish safe and effective directions for use. Phillips continued searching for ways to control field bindweed and did extensive research on soil persistence and movement of several herbicides. He and Range Management project leader John Launchbaugh studied the root system of the widespread annual weed kochia. Their publication stands as a definitive treatise on the depth and lateral spread of kochia roots. Phillips did pioneering work to develop a reduced-tillage system for use in wheat-sorghum-fallow rotations. His recommendations enabled producers to combine herbicides with minimum tillage for weed control during fallow after wheat and prior to planting sorghum. His publications in the popular press and professional journals led to acceptance by farmers and recognition by weed control scientists in other states and nations. The original recommendations have been altered based on additional research, but the concept remains unchanged. This system decreases the number of field operations and often substantially increases sorghum yields. After its introduction, the herbicide glyphosate (Roundup) quickly became important in reduced-tillage work and other weedcontrol situations. Phillips was one of the first to observe and study the effects of water quality, spray volumes, and herbicide mixtures on the efficacy of glyphosate. Prior to the advent of computers, calculating amounts of herbicides and other agricultural chemicals to be applied on small experimental plots to give specific rates per acre was time- consuming and subject to frequent errors. In 1962, Phillips designed a logarithmic-based, slide-rule calculator that quickly Phillip Stahlman 64 this publication from the Kansas State University Agricultural Experiment Station and Cooperative Extension Service has been archived. Following his publication, one of the major agricultural chemical companies refined the original design and furnished the device to many scientists in several disciplines. Along with his many other studies, he continued the work started by Phillips to further determine the effect of several factors on activity of glyphosate. Stahlman conducted extensive studies for control of grassy weeds in wheat, including determining infestation levels that justify applying herbicides for downy brome control. He has been instrumental in developing information on use, rate, timing, and herbicide carryover necessary for labeling a number of new herbicides for weed control in wheat. While continuing his research program, Stahlman furthered his education and obtained a Ph. He has greatly increased the financial support of the project by receiving grants from several sources. Through publica- tions and public appearances, he has become a recognized authority on weed control in the fallow, winter wheat, and grain sorghum producing areas and has national and international recognition.

Students are trained to function as first year house officers on the autopsy service medicine cabinets with mirrors . They become responsible for work-up and final sign-out of their cases and in other respects participate fully in the life of the department symptoms 1 week after conception . There are informal case conferences at the autopsy table and at multiheaded microscopes medicine 2 . Brief supplementary exposures to surgical pathology and forensic pathology are offered to interested students treatment ingrown toenail . Additionally, the elective is made available to second year students in the fourth and summer quarters as a special lottery elective option. This course offers an opportunity to see and experience at first hand a wide spectrum of activities in anatomic pathology. Students will rotate in Surgical Pathology, functioning at the level of a first year resident in pathology. He or she will perform gross dissections, dictate clinical summaries, review microscopic sections and sign out the surgical pathologic material under senior staff supervision. Students are trained in the techniques of general surgical pathology and then become responsible for the gross description, gross dissection, and microscopic examination of their assigned cases. Students are supervised by faculty members and senior residents, and they participate in all conference activities in the division. The elective exposes the student to a variety of modern techniques employed in the pathologic diagnosis of medical and surgical diseases and increases their awareness and understanding of the role played by surgical pathology in patient management. Students will work closely with house staff and faculty in evaluating clinical specimens. Rotations will be tailored to the investigative and clinical interests of the student. As with the Autopsy Prosectorship (E3), the overall experience will provide a transition to clinical work which incorporates exposure to clinical problems, as well as an opportunity to understand how basic medical sciences are translated into patient care. Students observe and participate in the gross and histologic assessment of gynecologic pathology specimens under the supervision of residents, fellows, and attending physicians. Emphasis is placed on medical-legal autopsy techniques and preparation of a medical-legal protocol. Students can participate in on-the-scene investigations and observe staff members giving testimony in court. Students attend rounds, lectures and seminars, and also have opportunities to participate in research projects conducted by staff members. A limited number of persons may serve as prosectors on the animal pathology diagnostic service. This entails responsibility for gross and microscopic examination of diseased animals and tissues submitted for diagnosis by investigators within the Institutions, the Maryland Zoo in Baltimore, the National Aquarium, and by practicing veterinarians. Complete necropsy and histopathology laboratories are available and prosectors work under close supervision. The materials utilized are specimens from the Johns Hopkins Hospital Diagnostic Cytopathology Service, including pap tests and biopsies from the Fine Needle Aspiration Service. There will be active correlation of the clinical, morphologic, and histologic findings with the ward, clinic, Radiology, Surgical Pathology, Autopsy Pathology, and follow-up information. This elective course is designed primarily for junior and senior medical students. The course emphasizes the appropriate use of the clinical laboratory in both diagnosis and management, using didactic presentations, case discussions, and demonstrations of laboratory technology. Laboratory diagnosis of infectious diseases and therapeutic monitoring of antimicrobial agents. The student will review specimen collection guidelines as they pertain to microbiology samples. Diagnostic methods and specific technologies for detection of a broad range of clinically significant pathogens will be learned. Susceptibility testing methods including special antibiotic studies will be covered.

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References

• Delalande S, De Se'ze J, Hurtevent JP, Stojkovic T, Hurtevent JF, Vermersch P. Cortical blindness associated with Guillain- Barre? syndrome: a complication of dysautonomia? Rev Neurol (Paris). 2005;161:465-467.
• Nagao T, Gaffey TA, Olsen KD, Serizawa H, Lewis JE. Small cell carcinoma of the major salivary glands: clinicopathologic study with emphasis on cytokeratin 20 immunoreactivity and clinical outcome. Am J Surg Pathol 2004;28(6):762-70.
• Sinha S, Wamhoff BR, Hoofnagle MH, et al: Assessment of contractility of purified smooth muscle cells derived from embryonic stem cells, Stem Cells 24(7):1678-1688, 2006.
• Colin RE, Castillo ML, Orea TA, et al. Effects of a nutritional intervention on body composition, clinical status, and quality of life in patients with heart failure. Nutrition 2004;20:890.
• Vinas O, Bataller R, Sancho-Bru P, et al. Human hepatic stellate cells show features of antigen-presenting cells and stimulate lymphocyte proliferation. Hepatology. 2003;38:919-929.
• Anonymous. Nitrates and Viagra can be a deadly combination. Mayo Clin Health Lett. 2001;19:4.