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The Medical Laboratory Scientist Program at DMC University Laboratories is accredited by the National Accrediting Agency for Clinical Laboratory Sciences (NAACLS)
The School of Medical Laboratory Scientist is located on the third level of the University Health Center Building of Detroit Receiving Hospital University Health Center.
The program accepts 10 students each year for 36 weeks of practical training. Both degree and non degree students are acceptable, providing admission criteria are met.
DMC University Laboratories School of Medical Laboratory Scientist mission is committed to serving the health care needs of the community, state, and nation by providing quality of education for the Medical Laboratory Scientist profession.
The objective of the program is to provide adequate and meaningful experiences for the student in order to prepare him/her to perform with competence, and to enable him/her to understand the meaning of test results and their significance to the physician and patient and to provide every graduate the opportunity to meet or exceed the requirements necessary for the national certification exam.
Graduates of the program have a good success rate in passing the MLS(ASCP) exam. Many of our graduates remain as DMCUL employees and the remainder of the graduates are hired in other hospitals-based and private laboratories either locally, statewide or out of state. The career opportunities are numerous for Medical Laboratory Scientists.
The program is dedicated to Fair Practices in Education as set forth by the Committee of Allied Health and Education, January 1978 (revised 1979).
Program Director, MLS
Bernarda Wroblewski, MS, MT (ASCP)
Timothy R. Kennedy, MD
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National Accrediting Agency for Clinical Laboratory Sciences (NAACLS)
5600 N. River Rd.
Rosemount, IL 60018
Ph: (773) 714-8880
Fax: (773) 714-8886
American Society for Clinical Pathology
33 West Monroe St.
Chicago, IL 60603
A student must have completed all pre-clinical medical laboratory scientist courses;
Non-degree applicants must be eligible for a baccalaureate degree from the affiliated university at the completion of the clinical program or
Degree applicants must have a baccalaureate degree in Medical Laboratory Science or equivalent
Individual applicants who met program's minimum requirements seven or more years before application must update their biological science academic preparation.
Prerequisites for admission to the program are as follows:
16 semester units (24 quarter units) acceptable toward a major in Chemistry or Medical Laboratory Science. Organic and/or biological chemistry must be included.
16 semester units (24 quarter units) acceptable toward a major in Biology or Medical Laboratory Science. Microbiology, Anatomy/Physiology, Genetics/Molecular Biology, Mycology, Parasitology, and Immunology are required. Hematology, Blood Banking (Immunohematology) are preferred but not required. Instrumentation and computer sciences are preferred but not required.
A minimum of one college level course in mathematics is required. A course in Statistics is required. Remedial mathematics courses will not satisfy this requirement.
A minimum overall grade point average of 2.75/4.0 with a minimum grade point average of 2.75/4.0 in all science courses and mathematics courses must be achieved by the applicant. Grade point is calculated using grades from ALL colleges/universities the applicant attended.
Personal qualifications include motivation to become an active member of the health care team. Responsibility, reliability, cooperative spirit and good judgment are all important attributes to be considered. An interest in science is a basic requirement.
AFFILIATED ACADEMIC INSTITUTIONS:
When the non-degree candidate is accepted from an affiliated university, the student is eligible to receive a Bachelor of Science degree upon satisfactory completion of the program.
NON-AFFILIATED ACADEMIC INSTITUTIONS:
A non-degree student from a non-affiliated academic program may be considered under the following conditions:
1. The degree-granting institution offers a bona fide major in medical laboratory science, including affiliation agreement(s) with accredited laboratory-based programs.
2. The laboratory program officials are provided with a letter of agreement for the individual student, appropriately signed, specifying:
1. That the student has completed all other degree requirements and will be granted the degree on satisfactory completion of the senior year professional major courses.
2. The degree-granting institution's professional major course numbers, credit hours and course descriptions.
3. The form and mechanism by which official course grades earned by the student are to be reported each term by the DMCUL Program to the degree-granting institution.
If an applicant is basing his/her eligibility for the program on a degree from a foreign university, the official transcript or copy must first be evaluated by an evaluation agency that is a member of the National Association of Credential Evaluation Services Inc. The evaluation must show U.S. degree equivalency and subject breakdown. Subject grades must be submitted with the application.
The foreign degree must be equivalent to a bachelor degree in medical laboratory science or equivalent in the U.S. and have completed 24 credit hours in medical laboratory science in the United States or Canada
APPLICANTS MUST BE A NON-SMOKER AND BE ABLE TO PASS A PHYSICAL EXAM, A DRUG SCREEN, AND T.B. TEST
Foreign degree transcripts must be accompanied by a U.S. degree equivalency evaluation. Foreign degree transcript evaluation must show break down of subject and subject grades. We do not accept international students. Our program is not recognized by immigrations.
Any of the following may cause immediate dismissal or progressive discipline:
1. Drinking alcohol, intoxication, smoking, gambling and drug abuse on hospital or laboratory premises.
2. Falsification of records in areas of responsibility.
3. Excessive absenteeism/tardiness.
4. Grade below 2.0 in any clinical experience rotation.
5. Acts of insubordination.
6. Any act that may endanger others.
7. Failure to follow safety policies and procedures.
8. Failure to follow DMC/DMCUL policies and procedures
9. Failure to follow confidentiality policies.
10. Inappropriate use of DMC/DMCUL computer systems.
Any dismissal, except grades below 2.0, may be appealed to the Appeals Committee consisting of the Program Director, Medical Director of Program, and appointee of the Medical Director, the Chairman of the Department of Medical Laboratory Scientist from the student's university, and a Medical Laboratory Scientist from a local hospital that does not have a School of Medical Laboratory Scientist. The student shall have the opportunity to speak on his/her own behalf.
A student dropping out on his/her own accord, and wishing readmission, must reapply.
Dr. Timothy Kennedy
Dr. Tammon Nash
Lidong Zhai, Ph.D
Dr. Marilynn Fairfax
Hossein Salimnia, Ph.D
Mole Micro/Virology/Diagnostic Immunology
Mary Ann Smigiel
Patrick Long, Ph.D
|Student Retention/Graduation Rate (%)||100||100||100||100||100|
|Job Placement Rate (%)||100||100||100||100||100|
|Registry Pass Rate (%)||82||88||89||100||90|
|Graduate Survey Satisfaction Rate (%)||*||100||100||100||100|
|Employer Survey Satisfaction Rate (%)||*||100||100||100||100|
* Final update available one year after graduation
The clinical experience curriculum consists of approximately 36 weeks, with approximately one-week vacation at Christmas. Time off due to illness and other unscheduled time off must be made up.
Instruction is provided in a technologically advanced laboratory, and in a modern classroom. Students have written and practical examinations in each clinical experience. The student evaluates his/her clinical experience after each rotation.
The program is accepted by Wayne State University and Michigan Technological University to fulfill requirements for the granting of a baccalaureate degree.
The student receives a certificate upon completion of the clinical program and satisfies requirements for certification exams in Medical Laboratory Scientist by the various certifying agencies.
The following clinical experiences are offered:
To include: presentation and discussion of student policies and procedures, student grading system, practical evaluation system, and professional conduct. Also included are presentations and discussion on laboratory safety, ethics and professionalism and specimen collection.
To include physiology and pathophysiology in areas of Chemistry, Toxicology, Hematology, Coagulation, Urinalysis, Body Fluids, Serology, Immunology, Blood Banking, Microbiology, Virology, Molecular Microbiology, Diagnostic Cytogenetics, and Molecular Genetics.
Topics of discussion include: Laboratory Safety (OSHA Standards), Quality Control, Continuous Quality Improvement, Legal Issues, Laboratory Accreditation, Management, Preparing Educational Objectives, Test Construction, Evaluation System, Educational Tools, Laboratory Computer Systems, Tissue Typing, Client Services, Specimen Processing, and writing a research paper.
All clinical rotations use case studies to assist the student in their understanding of the role laboratory tests have in the diagnosis of disease.
Blood Bank - includes practical experience in donor selection and processing, component, preparation and usage, typing, crossmatching, emergency crossmatching, antibody identification and screening, problem solving and quality control.
Chemistry - includes practical experience in specimen processing, utilizing manual and automated procedures, and quality control. Repair and maintenance of instruments. Recognition and differentiation of pathological abnormalities from procedural problems. Clinical correlation of individual results or profiles with disease.
Coagulation - includes practical experience in specimen processing, utilizing manual and automated procedures, and quality control. Clinical correlation or results with disease. Recognition and differentiation of pathological abnormalities from procedural problems. Repair and maintenance of instruments.
Flow Cytometry - includes experience in acquisition and analysis of immunophenotyping, lymphocyte subset enumeration and CD34 stem cell assay. Principles of Flow Cytometry and the laboratory’s test menu and medical applications.
Hematology - includes experience in specimen processing, utilizing manual and automated procedures, cytochemical techniques, enzyme testing, and quality control. Repair and maintenance of instruments. Recognition and differentiation of pathological abnormalities from procedural problems. Clinical correlation of results with disease.
Immunodiagnostics - includes practical experience in specimen processing, serological testing, flow cytometry, immunological testing, quality control, and clinical correlation with disease state.
Microbiology - includes experience in specimen processing, media preparation, sterilization, antibiotic susceptibility testing, organism identification, quality control, instrument operations, instrument maintenance, and instrument troubleshooting. Correlation of organisms with disease states and epidemiology. Groups of organisms studied are bacteria, mycobacteria, mycology, and parasitology.
Molecular Diagnostics (Molecular Microbiology, Biochemical Genetics, and Molecular Genetics) - includes practical experience in specimen processing and testing, quality control, and clinical correlation with disease states.
Specimen Processing - includes experience in order entry into the Laboratory Information System, identification of specimen type required for testing, and the techniques for preparing the patient specimen for analytical testing or shipment to a reference laboratory.
Toxicology - includes practical experience in specimen processing, identification and quantization of therapeutic drugs and drugs of abuse utilizing manual and automated procedures and quality control. Correlation of drug levels with patient management.
Urinalysis - includes practical experience in techniques of routine urinalysis, microscopic examination, special tests, quality control, and clinical correlation of results with disease.
Virology - includes practical experience in specimen processing and virus identification, quality control, instrument operation, instrument maintenance, and instrument troubleshooting. Correlation of viruses with disease state and epidemiology.
The Admission Committee is composed of Program Director, and Supervisors or designate.
Applicants are required to have a GPA of 2.75/4.0 or higher and a Math/Science GPA of 2.75/4.0 or higher. Individuals with less than 2.75, will not be considered as possible applicants. They will be notified immediately. Repeated classes, D's and E's in excess, can eliminate your application.
The following factors are considered in the selection process:
|Work Experience||Clinical Courses||Math/Science GPA|
|Recommendation of Interviewers||Appearance||Repeated Classes, D's, E's and Withdrawals|
|Evaluations (Instructors and employers)||Interview scheduled before application deadline||Quality of Student's Application Form|
MATCHING PROGRAM OF MICHIGAN
1140 Abbott Rd
East Lansing, MI 48826
All final admissions to the program are contingent upon successful completion of:
A physical exam, a drug screen, and T.B. test
Criminal background check
Foreign applicants must provide verification which supports their legal rights to be in the U.S.
DMC UNIVERSITIES LABORATORIES RESPONSIBILITIES:
Employee I.D Badge
Equipment and Supplies
Health Coverage for Job Related Injury
Personal Protective Equipment
Part-time employment if desired and available
Student Library and Classroom
T.B Testing & Drug Screening
Immunization against Hepatitis B & influenza
Criminal Background Check
These Technical Performance Standards/Essential Functions represent the non-academic requirements that students must possess, with or without a reasonable accommodation to successfully participate in DMCUL Hospital-Based Clinical Practicum Program. Applicants MUST be able to affirm their ability to comply with the following:
1. MANUAL DEXTERITY:
Possess the gross/fine motor skills and eye-hand coordination to safely manipulate, maneuver, adjust, control, and/or use:
- chemicals - laboratory equipment/instruments
- specimens - computers, including keyboard and mouse;
- phlebotomy/culture equipment - collect valid laboratory specimens from patients
a. Characterize the color, clarity, and viscosity of biological specimens, reagents, or
chemical reaction products
b. Discriminate color, shading, and fine structural differences of microscopic specimens
using a clinical grade binocular microscope;
c. Read text, numbers and graphs displayed in print and using laboratory technology
d. Judge distance and depth accurately
a. Possess the physical, mental, and emotional health to function effectively during an 8-hour day
under the stressful conditions of technical malfunctions, time constraints, and a
b. Move freely and safely around the laboratory and hospital facilities
c. Possess normal, corrected or aid-able hearing
d. Possess the ability to:
- bend, stoop, stand and lift 20 pounds
- grasp with one or both hands
- reach laboratory bench tops, shelves and patients lying in beds or seated in
a specimen collection chair
- perform moderately taxing and repetitive tasks, often requiring prolonged
standing/sitting over several hours
a. Possess the ability to be independent, flexible, creative and adaptable to change
b. Possess the willingness to work with sharp objects, hazardous chemicals an
c. Recognize potentially hazardous materials, equipment and situations
- able to proceed safely in order to minimize risk of injury to patients, self and
d. Demonstrates honest, compassionate, ethical and responsible conduct in all actions
- straightforward about error or uncertainty
e. Promotes a team approach to learning, task completion, problem solving and
- supports and advances the activities of fellow students and health care professionals
a. Apply complex thought processes to problem solving, troubleshooting and exercising
b. Use reasonable judgment in stressful conditions to recognize and correct performance
c. Prioritize and perform tasks productively, accurately and within a realistic time allowance
- with and without direct supervision, as required
All verbal/written communications are in English as the primary language
a. Follow verbal and written instructions
b. Read and comprehend text, numbers and graphs in professional and technical materials, e.g.,
textbooks, journals, instructional technology, Internet and procedure manuals
c. Independently prepare papers, reports or posters
d. Deliver oral presentations to fellow students and health care professionals
e. Take paper, oral, computer and laboratory practical examinations at the post-secondary level
f. Interact and communicate effectively and confidentially with all patients, hospital staff,
administrators and co-workers
g. Effectively use computer software, instructional technology and the Internet for
communication, education and professional purposes
Modified from: Fritsma, G.A., Fiorella, B.J., and Murphey, M. Essential Requirements for Clinical Laboratory Science, Clinical Laboratory Science 1996, Vol. 9, pp. 40-43.