LSCI 106: ONLINE RESEARCH 1: INTRODUCTION TO ONLINE RESEARCH
Student
Project
Suprasanna Chirumamilla
RESEARCH QUESTION:
What are the neuroimaging techniques used in brain treatment?
Neuroimaging is the
process of creating images of the brain and its internal structures with
external radiation. Neuroimaging techniques include the use of x-ray tubes that
emit radiation, radionuclide, ultra sonographic devices and radiofrequency
electromagnetic radiation.
Research
shows that Exciting technological developments are influencing neurosurgery,
making diagnosis and treatment of brain disorders more effective. These include
the use of ultrasound to assess blood flow within the brain, single-photon
emission computed tomography to evaluate blood circulation, positron emission
tomography to determine metabolic activity, and three-dimensional computed
tomography to obtain three-dimensional views of the brain and skull. Magnetic
resonance imaging (a technique that provides very clear images of the brain) is
used to detect vascular disease. The efficacy of surgery for epilepsy has
increased with the advent of better methods for detecting seizure foci and
improved surgical techniques. (Carson and Brem)
GENERAL SEARCH WORKSHEET
CONCEPT # |
Search Terms
|
1 |
Neuroimaging techniques |
Neuroscans |
Neurosurgery |
2 |
Brain |
Gray matter |
|
3 |
Treatment |
Analysis |
Medication |
"Brain injury diseases & disorders" Neurosurgical Diseases & Disorders : Overview & “Directory. 1998-1999. ULCA Division of Neurosurgery. 14 Nov. 2003. <http://www.neurosurgery.medsch.ucla.edu/Diagnoses/>.
Bushong, Stewart C. Radiologic science for technologists: physics, biology,
and protection. St. Louis: Mosby, 1997.
Carson, Benjamin S. and Henry Brem. “Neurological surger.” JAMA, The Journal of the American Medical
Association 263.19 (16 May 1990): 2658+. InfoTrac
OneFile. Gale Group. 14 Nov. 2003. <http://web3.infotrac.galegroup.com/itw/infomark/21/922/68131404w3/purl=rc1_ITOF_0_A9041237&dyn=35!xrn_129_0_A9041237?sw_aep=plan_skyline>.
"CT or CAT scan." UCSF Neurocritical Care and Stroke. 4 Nov. 2002. Department of Neuology, UCSF. 14 Nov. 2003. <http://www.ucsf.edu/stroke/patinfo.htm#ct>.
Elbert, Thomas and Andreas Keil. "Imaging in the fourth
dimension" Nature 404.6773 (March 2, 2000): 29+. InfoTrac OneFile. Gale Group. 14 Nov. 2003. <http://web3.infotrac.galegroup.com/itw/infomark/21/922/68131404w3/purl=rc1_ITOF_0_A61187710&dyn=41!xrn_65_0_A61187710?sw_aep=plan_skyline>.
Sadovsky, Richard M.D. “Neuroimaging in Adults with Mild Traumatic Brain
Injury." American Family Physician," 1 Jan. 2003. American
Academy of Family Physicians. 14 Nov. 2003. <http://www.aafp.org/afp/20030101/tips/2.html>.
Mild traumatic brain injury (MTBI) is a common result of falls and motor
vehicle crashes. A few patients with MTBI have a serious injury, while many
more have some neurological symptoms for days to months after the injury. According to American Congress of
Rehabilitation Medicine MTBI can occur, when a person lost his/her
consciousness for more than 30 minutes and a Glasgow Coma Scale (GCS) reading
ranging between 13-15 or any memory loss after the accident for 24 hours or any
changes in mental condition. The
authors conclude that their recommendations about management of patients with
MTBI, as noted in the accompanying table, are somewhat limited because
of inconsistencies of definitions and outcome measurements. More studies are
needed to look at how to recognize potentially detrimental post concussive
syndrome and determine the proper role of magnetic resonance imaging and other
neuroimaging modalities.
Suriano, Robyn "Brain studies may lead to a reading revolution" The
Seattle Times 4 Dec. 2002: A4. InfoTrac Full Text
Newspapers. Gale Group. 14 Nov. 2003. <http://web2.infotrac.galegroup.com/itw/infomark/17/151/43997392w2/purl=rc1_SP00_0_CJ95773252&dyn=4!ar_fmt?sw_aep=plan_skyline>.
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last revised: 12-2-03 by Eric Brenner, Skyline College, San Bruno, CA
These
materials are copyrighted, but may be used for educational purposes if you
inform and credit the author and cite the source as: LSCI 106 Computerized
Research. All commercial rights are reserved. Send comments or suggestions to:
Eric Brenner at brenner@smccd.net