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school of health professions 2018 - 2019 Catalog

Bachelor of Science in Clinical Laboratory Science (CLS)

This program is accredited by the National Accrediting Agency for Clinical Laboratory Sciences (NAACLS).

5600 N River Rd., Suite 720
Rosemont, IL 60018
(773) 714-8880

Program Description

The clinical laboratory plays a major role in diagnostic medicine. Graduates of the Program in Clinical Laboratory Science (medical technology) analyze patient specimens for indications of disease. Results of these tests are used by the physician in confirming the patient diagnosis and in prescribing therapy. Academic preparation for a career in clinical laboratory science is a four-year baccalaureate degree, including a clinical preceptorship. Two years of prerequisite courses in chemistry, mathematics, biology, microbiology, and liberal arts precede a two-year professional component dealing specifically with clinical laboratory science. The professional program combines didactic instruction with student laboratory experience, followed by clinical practice in affiliated laboratories.

The TTUHSC Clinical Laboratory Science program culminates in the Bachelor of Science degree in Clinical Laboratory Science. Graduates of the program are eligible to sit for a national certification examination.

TTU Honors College students accepted into the CLS program may complete honors college credit in the School of Health Professions and graduate with the honors designation.

Special Features

Candidates seeking a degree in clinical laboratory science have the option of pursuing the Bachelor of Science in clinical laboratory science tract offered at the Lubbock campus or the second degree online tract for students who already hold a Bachelor of Science degree. A third tract is available for students who wish to earn a certificate in clinical laboratory science. All three tracts are eligible to sit for the national certification in clinical laboratory science through the American Society of Clinical Pathology Board of Certification (BOC).

Some states require an additional state licensure (California, Florida, Georgia, Hawaii, Louisiana, Mon- tana, Nevada, New York, North Dakota, Puerto Rico, Rhode Island, Tennessee, and West Virginia). Since each state has its own set of rules and guidelines, you must contact the licensure agency in each state for information about these requirements which can be found at https://www.ascp.org/content/board-of-certification/verify-credentials

Essential Functions

To successfully complete didactic, laboratory, and clinical/fieldwork/preceptorship portions in the CLS programs, an individual must meet the following essential functions:

  1. Mobility: The student must have adequate gross mobility in order to maneuver in a timely and safe fashion throughout the department. The student must be able to lift his or her arms above shoulder height in order to place or remove items of ten pounds or less from shelves. The student must be able to bend over at the waist or squat (waist and knees) in order to place and remove items of ten pounds or less from drawers and cabinets.

  2. Manual Dexterity: The student must have adequate fine motor skills to be able to manipulate small objects in a safe and precise manner. Examples would include (but are not limited to) being able to operate a computer keyboard; dial a telephone; handle cuvettes, sample cups, pipette tips, and reagent vials; pick up glass slides from table top, manipulate tools and instruments used in the clinical laboratory (including a microscope and pipettes); collect specimens, and use a pen or pencil in order to communicate effectively in writing for coursework and clinical/fieldwork/preceptorship to ensure patient/client safety.

  3. Auditory Acuity: The student must be able to hear well enough to respond to significant sounds in a clinical lab. Examples would include (but are not limited to) being able to hear signals generated from instrumentation that may indicate normal operating status, critical sample value, or equipment malfunction, and being able to hear and follow verbal instruction from a coworker or supervisor in order to ensure patient safety. (National Patient Safety Goals NPSG)

  4. Verbal Communication Skills: The student must be able to orally communicate professionally to persons on the telephone or other health care workers listening specifically, to the student in person to ensure patient safety. (National Patient Safety Goals NPSG)

  5. Visual Acuity to read, write, discern colors, and use a microscope: The student must have adequate eyesight such that he/she can recognize and distinguish gradients of color (such as on a urine reagent strip and special stains), read numbers and words either on a video display screen, computer printout, or legible handwriting, and interpret lines and points on graphs and charts to ensure patient safety.

  6. Intellectual, Conceptual, Integrative, and Quality Skills: The student must possess the ability to develop and exhibit organizational problem solving skills. Specifically, the student must have the ability to measure, calculate, analyze, interpret, synthesize, and evaluate data; have the ability to learn to perform duties and assignments in a timely manner while under stress and in a variety of settings; exhibit the maturity to accept feedback and demonstrate professional conduct in the classroom, laboratory, and at the preceptorship site.

  7. Social Behavior Skills: Demonstrate respect for individual, social, and cultural differences in fellow students, faculty, staff, patients, clients, and patients’/clients’ families during clinical/fieldwork/preceptorship/and academic interactions. Demonstrate flexibility and the ability to adjust to changing situations and uncertainty in academic and clinical/fieldwork/ preceptorship situations. Conduct oneself in an ethical and legal manner, demonstrating honesty, integrity, and professionalism in all interactions and situations.


Admission to the Bachelor of Science in Clinical Laboratory Science Program

This program begins in August of each year. Third year students (juniors) seeking admission must have the required number of semester hours of credit for admission. All courses must be completed prior to beginning the professional program. A personal interview is the final part of the admissions review.

Application Process

Applications are considered on a rolling basis for acceptance into the professional program. Individual applications are reviewed once materials have been received; therefore, it is in the applicant’s best interest to complete their application, including submission of required documentation, as early as possible. Fulfillment of the basic requirements does not guarantee admission. The following is required for an individual to be considered for the CLS program:

  • Completion of the Texas Common Core, Information on the Texas Common Core curriculum can be found at https://www.ttuhsc.edu/health-professions/admissions/texas-common-core.aspx.
  • Specific prerequisite courses must be completed before application to the professional phase of the Clinical Laboratory Science program. 
  • A minimum overall GPA of 2.5 on a 4.0 scale and a grade of “C” or better in each standard science prerequisite course is required. GPA calculations are based on required courses.

Applicants who meet the above listed requirements and are deemed competitive candidates for admission will be invited to TTUHSC for an interview. The admissions committee selects the most qualified applicants for admission by considering the following: cumulative GPA, prerequisite science GPA, interview scores, student essay, and other factors.

Prerequisite Course Requirements

Students wishing to enter the Clinical Laboratory Science program should choose either the standard, pre-med or pre-PA option. Substitution of courses may be authorized by the Program Director.

Texas Common Core Requirements (42 minimum hours)

Information on the Texas Common Core curriculum can be found at https://www.ttuhsc.edu/health-professions/admissions/texas-common-core.aspx.

STANDARD OPTION SCIENCE PREREQUISITES*


Credit Hours

General Chemistry I with lab

4

General Chemistry II with lab

4

Biology I or A&P I with lab

4

Biology II or A&P II with lab

4

Microbiology with lab

4

Intro to Organic or Organic Chemistry I with lab

4

Genetics or science elective                3-4

 

Total Hours = 27     
*These hours may be included as part of your Texas Common Core.

 

Pre-Med Option Prerequisites

The pre-med mentor program is designed to provide direction to students interested in attending medical school following the completion of a degree in clinical laboratory science. The primary purpose of this program is to help the student, by means of meetings and counseling, to prepare for and apply to medical school. Preparation for the Medical College Admission Test (MCAT), the admission interview, and other aspects of personal preparation are considered. The goal of this program is to provide to those students with both academic and professional potential the best opportunity to successfully gain admission to medical school.

STANDARD PREREQUISITES PLUS THE FOLLOWING:
Required Course
Semester Hours            

Organic Chemistry II

4

Physics I & II

8

Calculus I or Statistics

3

Biochemistry                                                            

4

*Must verify with medical school of choosing as prerequisites vary per school.


Pre-Physician Assistant Option Prerequisites
STANDARD PREREQUISITES PLUS THE FOLLOWING:
Required Course
Semester Hours         

Anatomy & Physiology

8

Organic Chemistry or Biochemistry

4

Genetics

4

Psychology                                                             

3

*Must verify with PA school of choosing as prerequisites vary per school.

GPA: Minimum 3.0 overall & science GPA (as calculated by CASPA)
GRE

*For additional requirements for the Pre-Med and Pre-PA options, please visit our website (http://www.ttuhsc.edu/health-professions/) or contact the Office of Admissions and Student Affairs 806.743.3220 or health.professions@tttuhsc.edu.

  • All science courses must be intended for science majors
  • Prerequisite courses completed in the last 7 years are preferred
  • Required prerequisite courses must be taken at a regionally accredited US or Canadian college or university. Transfer credit from a school outside the US or Canada will not apply to the required prerequisite courses.


Bachelor of Science in Clinical Laboratory Science (CLS) Master of Science in Healthcare Administration (MSHA) Dual Track

The Master of Science in Healthcare Administration (MSHA) track within the clinical laboratory science program (CLS) will prepare graduates for entry level practice and management in the clinical laboratory with a strong foundation in management theories and practices specifically related to leading and managing a clinical laboratory.

Qualifications

A candidate for the MSHA program must meet prerequisite requirements for the standard option within the CLS program and have been accepted into the CLS program. The minimum overall GPA for a candidate to be considered for the MSHA track is an overall 3.0 GPA on a 4.0 GPA scale. The candidate will apply to the MSHA program in the spring semester of their first year enrolled in the CLS program.

Bachelor of Science in Clinical Laboratory Science Program Curriculum

The following courses are offered once each year in the semester listed and must be taken in sequence unless granted permission by the course director and Program Director. The course plan is the same for the standard, pre-med and pre-PA options.

FIRST YEAR (JUNIORS)
Fall Semester Courses
Credit Hours          

HPCS 3110      Professional Issues in CLS

1

HPCS 3400      Clinical Chemistry I

4

HPCS 3405      Clinical Bacteriology I

4

HPCS 3455      Principles of Immunology                                    

4


Total Hours = 13

Spring Semester Courses
Credit Hours

HPCS 3450      Clinical Chemistry II

4                   

HPCS 3460      Clinical Bacteriology II

4

HPCS 3470      Clinical Hematology I

4

HPCS 4405      Molecular Diagnostics                                                   

4                                  


Total Hours = 16

SECOND YEAR (SENIORS)
Summer II Semester Courses
Credit Hours           

HPCS 3310      Urinalysis & Body Fluids

3

HPCS 4300      Applied Research & Statistics

3

HPCS 4420      Laboratory Management

4

HPCS 4455      Parasitology/Mycology                                           

4


Total Hours = 14

Fall Semester Courses
Credit Hours            

HPCS 3465      Immunohematology

4

HPCS 4185      Clinical Correlations

1

HPCS 4480      Hematology II

4

HPCS 4640      Clinical Preceptorship I                                               

6


Total Hours = 15

Spring Semester Courses
Credit Hours            

HPCS 4105      Senior Seminar

1

HPCS 4741      Clinical Preceptorship II

7

HPCS 4842      Clinical Preceptorship III                                            

8


Total Hours = 16

Total Hours Required (Standard Option)
Credit Hours             

Prerequisites

58

Professional Curriculum                                                                          

74


Total Hours = 132

Total Hours Required (Pre-Med Option)
Credit Hours            

Prerequisites

69

Professional Curriculum                                                                       

74


Total Hours = 143

Total Hours Required (Pre-PA Option)
Credit Hours           

Prerequisites

58

Professional Curriculum                                                                     

74


Total Hours = 132

During professional studies, students are required to adhere to all program policies and academic and behavioral guidelines as outlined in the Student Handbook and Clinical Preceptorship Manual.


CLS/MSHA Dual Track Curriculum

Students accepted into the MSHA program will be required to complete 36 semester hours to meet degree requirements. This will include 27 hours of core requirements within the MSHA program, 7 credit hours of requirements within the Clinical Laboratory Science program, and 3 credit hours within the Molecular Pathology program.

MSHA CORE COURSES
HPHA 5306      Healthcare Delivery System
HPHA 5307      Human Resource Management in Healthcare
HPHA 5310      Health Law & Ethics
HPHA 5311      Healthcare Finance
HPHA 5312      Strategic Planning & Marketing in Healthcare
HPHA 5313      Healthcare Economics & Policy
HPHA 5314      Healthcare Administration Capstone (final course in the program)
HPHA 5330      Health Informatics & Data Analytics

Choose one of the following electives:
HPHA 5318      Organizational Behavior in Healthcare
HPHA 5320      Health Insurance & Reimbursement
HPHA 5321      Healthcare Operations & Supply Chain Management
HPHA 5322      Quality, Patient Safety & Risk Management

CLS CORE COURSES
HPCS 4420      Laboratory Management

HPCS 4300      Applied Statistics & Research

MP CORE COURSE
HPMP 5301      Management of the Molecular Clinical Laboratory


Matriculation of the CLS to MSHA program FIRST YEAR and SECOND YEAR are spent completing prerequisites for CLS program, as well as completing Texas Common Core curriculum.

THIRD YEAR (1st year in CLS Program)
Fall Semester Courses
Credit Hours

HPCS 3400      Clinical Chemistry I

4

HPCS 3405      Clinical Bacteriology I

4

HPCS 3455      Principles of Immunology

4

HPCS 3110      Professional Issues in CLS                          

1


Total Hours = 13

Spring Semester Courses
Credit Hours       

HPCS 4305      Molecular Diagnostics

3

HPCS 3450      Clinical Chemistry II

4

HPCS 3460      Clinical Bacteriology II

4

HPCS 3470      Hematology I                                                  

4


Total Hours = 15

Apply to the TTUHSC MSHA Program (April 1st Deadline).


FOURTH YEAR (2nd year in CLS Program)
Summer II Semester Courses
Credit Hours

HPCS 3110      Urinalysis & Body Fluids

3

*HPCS 4300    Applied Research & Statistics

3

*HPCS 4420     Laboratory Management

4

HPCS 4455      Parasitology/Mycology                                

4


Total Hours = 14

Summer Semester Courses
Credit Hours

HPHA 5307      Human Resources Management        

3


Total Hours = 3

Fall Semester Courses
Credit Hours

HPCS 4185      Clinical Correlations

1

HPCS 3465      Immunohematology I

4

HPCS 4480      Hematology II

4

HPCS 4640      Clinical Preceptorship                                  

6


Total Hours = 15

Spring Semester Courses
Credit Hours

HPCS 4741      Clinical Preceptorship II

7

HPCS 4842      Clinical Preceptorship III

8

HPCS 4105      Senior Seminar                                              

1


Total Hours = 16
Complete Requirements for BSCLS.



FIFTH YEAR (MSHA courses & one MP course)
Summer Semester Courses
Credit Hours 

HPHA 5306      Healthcare Delivery System

3

HPHA 5310      Health Law & Ethics

3

HPHA 5312      Strategic Planning & Marketing           

3


Total Hours = 9

Fall Semester Courses
Credit Hours  

HPHA 5311    Healthcare Finance (Fall I or II)

3

HPHA 5313    Healthcare Economics & Policy (Fall I or II)

3

HPHA 5330    Health Informatics & Data Analytics (Fall I or II)

3


Total Hours = 9     

Spring Semester Courses
Credit Hours
*HPMP 5301    Management of the Molecular Lab3
HPHA 5314      Healthcare Administration Capstone (Spring I or II)
3                       
And choose one of the following (to be taken in the Spring I or II term):
HPHA 5318     Organizational Behavior in Healthcare3
HPHA 5320     Health Insurance & Reimbursement3
HPHA 5321     Healthcare Operations & Supply Management3
HPHA 5322     Quality, Patient Safety & Risk Management3

Total Hours = 9        
*Dual Credit Courses

Failure to comply with the CLS/MSHA dual degree plan will result in the loss of dual credits for HPCS 4420 and HPCS 4300. Examples of noncompliance include failure to maintain a minimum GPA of 3.0 (CLS classes), setting out a semester, or not taking the allotted number of hours.

  • HPCS 3110 Professional Issues in CLS (1:1:0,H)

    An overview and introduction to the profession.

  • HPCS 3310 Urinalysis and Body Fluids I (3:4:3,F)

    Analysis of the physical, chemical, and microscopic parameters of urine and body fluids. Special emphasis is placed on understanding kidney function and pathology.

  • HPCS 3400 Clinical Chemistry I (4:3:4,F)

    An introduction to the basic principles, methodologies, and physiology of clinical chemistry.

  • HPCS 3405 Clinical Bacteriology I (4:3:6,F)

    Study of the isolation, cultivation, identification, and susceptibility testing of pathogenic bacteria. The taxonomy, physiology, and pathogenesis of medically important bacteria are covered.

  • HPCS 3455 Principles of Immunology (4:3:3,F)

    Fundamentals of immunology and the human immune system. An introduction to the theory, practical application, and technical performance of immunologic and serologic procedures used in diagnostic laboratory medicine.

  • HPCS 3460 Clinical Bacteriology II (4:3:6,F)

    Prerequisite: HPCS 3405. A continuation of HPCS 3405 with an emphasis in clinical virology, clinical correlations, and case studies and bioterrorism.

  • HPCS 3465 Immunohematology I (4:3:4,F)

    Prerequisite: HPCS 3455. The theory, practical application, and technical performance of blood bank procedures required for transfusion of blood, blood components, and the handling and storage of blood components. Correlation of test results to normal and abnormal physiology.

  • HPCS 3470 Hematology I (4:3:4,F)

    An introduction to the study of coagulation, blood cells, blood forming organs, and related diagnostic laboratory procedures.

  • HPCS 4105 Senior Seminar (1:0:1,O)

    A comprehensive review of topics in clinical laboratory science.

  • HPCS 4185 Clinical Correlations (1:1:0,H)

    Prerequisites: HPCS 3400, 3405, 3450, 3455, 3460, 3465, 3470, 4480. Review of current topics and case studies in clinical laboratory science.

  • HPCS 4300 Applied Statistics and Research (3:3:0,O)

    Introduction to descriptive, inferential, and non-parametric statistics related to basic and clinical science. Introduction to the process of basic and clinical research and research design. Application of statistical analysis to assigned research projects.

  • HPCS 4405 Molecular Diagnostics (4:3:3,F)

    Introduction to basic genetics and genetic testing techniques used in molecular and forensic pathology.

  • HPCS 4420 Laboratory Management (4:4:0,O)

    An introduction to management with emphasis upon management issues and concerns specific to the clinical laboratory.

  • HPCS 4455 Clinical Parasitology and Mycology (4:4:6,F)

    Prerequisite: HPCS 3405, 3460. Study of medically significant protozoan and helminthic parasites and their vectors and pathogenic fungi. Emphasis is placed on laboratory methods and isolation and identification of these agents of disease.

  • HPCS 4480 Hematology II (4:3:4,F)

    Prerequisite: HPCS 3470. The study of blood cells and their abnormalities with emphasis on disease processes.

  • HPCS 4640 Clinical Preceptorship I (6:0:40,H)

    A course designed for the senior student to begin preparation for supervised clinical practicum in an affiliated clinical laboratory.

  • HPCS 4741 Clinical Preceptorship II (7:0:40,F)

    An intermediate supervised clinical practicum in an affiliated clinical laboratory.

  • HPCS 4842 Clinical Preceptorship III (8:0:40,F)

    An advanced supervised clinical practicum in an affiliated clinical laboratory.