Directories
Holloway Hall

Directories

Operator: 410-543-6000

Mazzetti, Scott

Faculty, Health and Sport Sciences
Maggs Center (MC) 216
410-677-0151 or ext 70151
samazzettisalisburyedu
Website



Courses  []

2014 Fall

  • AHPH 514-191 MUSCLE PHYSIO: ADAPTATIONS
    Examination of muscle structure and function. Focus on muscle response to aerobic and resistance training and alterations induced via supplement use. Additionally, students will examine the influence of muscle disuse and response to injury. Prerequisite: Admission to graduate study. 3 hours per week.
  • AHPH 691-192 RESEARCH IN PHYSIOLOGY
    Independent student research under the direction of a faculty member. Students will collect, analyze and interpret data and then prepare a manuscript suitable for publication. Prerequisite: BIOL 552, AHPH 502, 534, 537, 542, 562, 544 and 545. Six hours per week.
  • EXSC 344-500 EXERCISE PHYSIOLOGY
    In-depth study of changes that occur due to acute and chronic exercise. Emphasis on circulatory, nervous, and muscular systems. May not receive credit for both EXSC 344 and EXSC 332. Prerequisite: C or better in BIOL 216. PHED Major Prerequisite: C or better in BIOL 205. Five hours per week.
  • EXSC 480-701 EXERCISE SCIENCE SEMINAR
    Review of the American College of Sports Medicine’s knowledge, skills and abilities (KSA) for a Health-Fitness Specialist (HFS). Exercise science majors must pass a national credentialing exam in the health-fitness field. Prepares students for the American College of Sports Medicine’s HFS examination. Prerequisites: EXSC 333, 344 and must have at least 100 credits. Two hours per week.
  • HLTH 317-370 NUTRIT, HEALTH & HUMAN PERF
    Examines human metabolism in relation to health and human performance. Analysis of nutrient pathways from ingestion, digestion, absorption and utilization provides the foundation for an understanding of nutrition, weight control, eating disorders and thermoregulatory processes. May not receive credit for both HLTH 317 and HLTH 217. Prerequisite: BIOL 215. Four hours per week.
  • HLTH 317-500 NUTRIT, HEALTH & HUMAN PERF
    Examines human metabolism in relation to health and human performance. Analysis of nutrient pathways from ingestion, digestion, absorption and utilization provides the foundation for an understanding of nutrition, weight control, eating disorders and thermoregulatory processes. May not receive credit for both HLTH 317 and HLTH 217. Prerequisite: BIOL 215. Four hours per week.
  • HONR 495-042 HONORS THESIS
    Independent study culminating in substantial original research, scholarly or creative work. Students may apply to Honors faculty administrators for permission to substitute another department's thesis or independent study course for HONR 495. The thesis must be completed with a B or better to fulfill the Honors program requirement. Prerequisite: HONR 490. Corequisite: HONR 496. Three to four hours per week.
  • HONR 496-042 HONORS THESIS CONSULT
    Designates the Honors thesis consultation with thesis director and committee. Prerequisite: HONR 490. Corequisite: HONR 495 or Departmental research/creative course aproved by Honors Administrators.

2015 Winter

  • EXSC 344-010 EXERCISE PHYSIOLOGY
    In-depth study of changes that occur due to acute and chronic exercise. Emphasis on circulatory, nervous, and muscular systems. May not receive credit for both EXSC 344 and EXSC 332. Prerequisite: C or better in BIOL 216. PHED Major Prerequisite: C or better in BIOL 205. Five hours per week.
  • EXSC 344-011 EXERCISE PHYSIOLOGY
    In-depth study of changes that occur due to acute and chronic exercise. Emphasis on circulatory, nervous, and muscular systems. May not receive credit for both EXSC 344 and EXSC 332. Prerequisite: C or better in BIOL 216. PHED Major Prerequisite: C or better in BIOL 205. Five hours per week.
  • EXSC 480-701 EXERCISE SCIENCE SEMINAR
    Review of the American College of Sports Medicine’s knowledge, skills and abilities (KSA) for a Health-Fitness Specialist (HFS). Exercise science majors must pass a national credentialing exam in the health-fitness field. Prepares students for the American College of Sports Medicine’s HFS examination. Prerequisites: EXSC 333, 344 and must have at least 100 credits. Two hours per week.

2015 Spring

  • AHPH 691-192 RESEARCH IN PHYSIOLOGY
    Independent student research under the direction of a faculty member. Students will collect, analyze and interpret data and then prepare a manuscript suitable for publication. Prerequisite: BIOL 552, AHPH 502, 534, 537, 542, 562, 544 and 545. Six hours per week.
  • EXSC 250-020 STRGTH TRNG TECH/PROG DES
    Examination of strength training techniques and program design. Emphasis placed on proper form and utilization of various workout designs to complement larger training goals. Gain experience in the theoretical and practical aspects of designing individual workout sessions, periodization and programming to enhance progression. May not receive credit for both EXSC 250 and EXSC 312. Prerequisite: PHEC 106/PHED 175. Three hours lecture, two hours lab per week.
  • EXSC 250-021 STRGTH TRNG TECH/PROG DES
    Examination of strength training techniques and program design. Emphasis placed on proper form and utilization of various workout designs to complement larger training goals. Gain experience in the theoretical and practical aspects of designing individual workout sessions, periodization and programming to enhance progression. May not receive credit for both EXSC 250 and EXSC 312. Prerequisite: PHEC 106/PHED 175. Three hours lecture, two hours lab per week.
  • EXSC 250-022 STRGTH TRNG TECH/PROG DES
    Examination of strength training techniques and program design. Emphasis placed on proper form and utilization of various workout designs to complement larger training goals. Gain experience in the theoretical and practical aspects of designing individual workout sessions, periodization and programming to enhance progression. May not receive credit for both EXSC 250 and EXSC 312. Prerequisite: PHEC 106/PHED 175. Three hours lecture, two hours lab per week.
  • EXSC 308-701 RESEARCH IN EXERCISE SCIENCE
    Designed to help students understand, evaluate and conduct exercise science research. Examine the basic concepts and procedures used for conducting research, acquire skills required to become better consurmers of research and develop an understanding of how to apply research findings, collaborate to design and present an original research study. Prerequisite: permission of instructor. Nine hours per week.
  • EXSC 344-500 EXERCISE PHYSIOLOGY
    In-depth study of changes that occur due to acute and chronic exercise. Emphasis on circulatory, nervous, and muscular systems. May not receive credit for both EXSC 344 and EXSC 332. Prerequisite: C or better in BIOL 216. PHED Major Prerequisite: C or better in BIOL 205. Five hours per week.
  • EXSC 480-370 EXERCISE SCIENCE SEMINAR
    Review of the American College of Sports Medicine’s knowledge, skills and abilities (KSA) for a Health-Fitness Specialist (HFS). Exercise science majors must pass a national credentialing exam in the health-fitness field. Prepares students for the American College of Sports Medicine’s HFS examination. Prerequisites: EXSC 333, 344 and must have at least 100 credits. Two hours per week.
  • EXSC 480-701 EXERCISE SCIENCE SEMINAR
    Review of the American College of Sports Medicine’s knowledge, skills and abilities (KSA) for a Health-Fitness Specialist (HFS). Exercise science majors must pass a national credentialing exam in the health-fitness field. Prepares students for the American College of Sports Medicine’s HFS examination. Prerequisites: EXSC 333, 344 and must have at least 100 credits. Two hours per week.
  • EXSC 480-702 EXERCISE SCIENCE SEMINAR
    Review of the American College of Sports Medicine’s knowledge, skills and abilities (KSA) for a Health-Fitness Specialist (HFS). Exercise science majors must pass a national credentialing exam in the health-fitness field. Prepares students for the American College of Sports Medicine’s HFS examination. Prerequisites: EXSC 333, 344 and must have at least 100 credits. Two hours per week.
  • HLTH 317-500 NUTRIT, HEALTH & HUMAN PERF
    Examines human metabolism in relation to health and human performance. Analysis of nutrient pathways from ingestion, digestion, absorption and utilization provides the foundation for an understanding of nutrition, weight control, eating disorders and thermoregulatory processes. May not receive credit for both HLTH 317 and HLTH 217. Prerequisite: BIOL 215. Four hours per week.

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Awards, Scholarship & Creative Works:  []

Article(s)

Mazzetti, S., Wolff, C., Collins, B., Kolankowski, M., Wilkerson. B., Overstreet, M., & Grube, T. 
(2011). 
Influence of differences in exercise-intensity & kilograms/set on energy expenditure during & after maximally explosive resistance exercise. 
International Journal of Exercise Science, 
4(4), 
273-282. 
Mazzetti, S., Wolff, C., Yocum, A., Reidy, P., Douglass, M.S., Cochran, H. & Douglass, M.D. 
(2011). 
Effect of maximal & slow versus recreational muscle contractions on energy expenditure in trained & untrained men. 
Journal of Sports Medicine & Physical Fitness, 
51(3), 
381-392. 
Mazzetti, S., Douglass, M., Yocum, A., & Harber, M. 
(2007). 
Effect of explosive versus slow contractions & exercise intensity on energy expenditure. 
Medicine & Science in Sports & Exercise, 
39(8), 
1291-1301. 

Presentations

Collins, B., LaManca, J., Hubbard, D., Palmer, K., Orcino, C., Kecman, J., Overstreet, M., Shelton, W., & Mazzetti, S. (2011). Xpand Nitric Oxide Reactor, L-arginine alpha-ketoglutarate, & caffeine supplementation on re-oxygenation of the calf muscle. Presented at American College of Sports Medicine, Denver, CO.
Collins, B., LaManca, J., Hubbard, D., Palmer, K., Orcino, C., Overstreet, M., Kutch, V., Wolff, C., Kolankowski, M., & Mazzetti, S. (2011). Influence of Xpand Nitric Oxide Reactor, l-arginine alpha-ketoglutarate, & caffeine supplementation on re-oxygenation of the calf muscle with resistance exercise. Presented at South East American College of Sports Medicine, Greenville, SC.
Gutierrez, V., Kolankowski, M, Wilkerson, B., Overstreet, M., Miranda, E., Sapp, R. & Mazzetti, S.A. (2011). Energy Expenditure During Active & Handheld Video Game Drumming Versus Walking. Presented at Mid-Atlantic American College of Sports Medicine, Harrisburg, PA.
Grube, T., Reidy, P., Douglass, M.S., Wolff, C., Kolankowski, M., Yocum, A., Douglass, M.D. & Mazzetti, S. (2010). Influence of contraction-intensity on rest interval & exercise energy expenditure. Presented at Mid-Atlantic American College of Sports Medicine, Harrisburg, PA.
Overstreet,M., Wolff, C., Kolankowski, M., Wilkerson, B., Grube, T., Holter, M., Orcino, C., Metheny, B., Kecman, J., Palmer, K., Miranda, E., & Mazzetti, S. (2010). Influence of differences in kilograms/set on energy expenditure during & after resistance exercise. Presented at Mid-Atlantic American College of Sports Medicine, Harrisburg, PA.

Creative Works

Nevarez, A., Tevere,V., Mazzetti, S., Meyers,V., Watso, J. & Miranda, E. (2013). Electro Kinetic Grammar. The Electronic Gallery., Salisbury, MD.

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Please send any updates to lahanscom@salisbury.edu.


Press Releases: []

Visit the Press & Publications site for more information.




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