Bachelors in Pathology in ${country}

Radiographers facilitate patient diagnosis and management by using X-rays, ultrasound and magnetic resonance imaging modalities to create diagnostic images for analysis and interpretation. They play a pivotal role in selecting and implementing the most appropriate examination protocols to answer clinical questions. In the Bachelor of Radiography and Medical Imaging (Honours) course you will develop the knowledge and skills to enter the radiography profession.

Throughout the course all imaging and methods, radiologic biology and professional skills units are closely related and integrated with the clinical studies. The study of the biological sciences is closely integrated with radiologic science so that you study sectional anatomy when learning about generating sectional images. You will learn how to assess and manage patients, while studying general radiography, digital vascular imaging, computed tomography, general ultrasound and magnetic resonance imaging, and developing clinical competency in general radiography and computed tomography.

Radiation is all around us and is used to generate power, analyze samples and materials, diagnose medical conditions and treat cancer. These powerful tools require trained individuals (radiation safety officer/health physicist/medical physicist) to protect patients, medical staff and the public from unnecessary exposure to radiation. A radiation safety officer within an organization is responsible for the safe use of radiation and radioactive materials as well as regulatory compliance. A trained health physicist evaluates the radiation environment using instruments and calculations and works with regulatory authorities to ensure compliance with radiation exposure standards. Medical physicists work closely with physicians and patients to develop radiation therapy treatments that minimize side effects while effectively treating cancer.

The communication sciences and disorders major is designed to provide students with pre-professional preparation essential to pursuing graduate work in speech-language pathology or audiology. Graduate degrees at the masters or doctoral level are necessary to work as speech-language pathologists or audiologists. These individuals work as professionals to assist people who have communication disorders; teachers, clinical supervisors and/or researchers in universities; administrators and leaders in healthcare or educational settings.

The medical laboratory science profession involves the analysis of blood, body fluids, tissues, and cells to aid in the diagnosis, treatment, and prevention of disease. The Medical Laboratory Scientist (MLS) is a vital member of the healthcare team with employment opportunities in hospital, clinic, research, and pharamceutical laboratories.  The MLS is educated to perform, evaluate, and analyze patients' tests in the areas of hematology, microbiology, chemistry, blood banking, urinalysis, microscopy, and phlebotomy.  The four-year curriculum leads to the degree of Bachelor of Science in Medical Laboratory Science. The first three years are at the University campus completing biology, chemistry, and general education requirements. The fourth year is completed at one of the affiliated accredited schools of medical laboratory science. Upon successful completion of this clinical year, the BS degree is awarded by the University and graduates are then eligible to take a certifying examination. Because the medical laboratory science curriculum closely parallels that of other majors, such as biology, students from other majors are encouraged to apply. 

Radiologic Technologists are medical professionals who require independent judgment, critical thinking skills and extensive training to successfully administer radiographic tests. These radiographic procedures aid in disease diagnosis and injury assessment.

Radiologic Sciences clinical practice includes: general radiography such as orthopedics, pediatrics, mammography, vascular imaging, cardiac catheterization studies, computerized tomography, and magnetic resonance imaging. Radiologic technologists are employed in medical centers, community and private hospitals, clinics, urgent care centers, and physicians’ offices.

You can prepare for these growing opportunities through the Bachelor of Science degree program in Radiologic Sciences at St. John’s University.

Undergraduates have the opportunity to gain experience as student clinicians in our Speech-Language Hearing Clinic, serving more than 800 clients per year
Coursework is taught by our clinical faculty who bridge the gap between knowledge and skills using their real-world experiences and expertise
Qualified Western undergraduate students who graduate with their B.S. in SPA are always considered first for acceptance to our graduate program in Speech Pathology.100% pass rate on the graduate national examination (PRAXIS II)
100% of our graduates have employment within three months of graduation

Radiologic technologists take X-rays and perform other diagnostic imaging examinations  Career paths include mammography, CT scanning, MRIs and nuclear medicine. If this sounds like the right field for you, then you'll want to obtain an Associate of Science degree in Radiologic Technology. The boundaries of your career are determined only by your own abilities and interests. Following graduation, you’ll take a certification examination designed to demonstrate your qualifications to enter the field. The largest certification agency, the American Registry of Radiologic Technologists, has more than 300,000 registrants.

What You’ll Learn:

• Students will be able to effectively explain examination procedures to patients and/or family members.
• Students will be able to effectively communicate as demonstrated by an oral presentation on an advanced modality field in radiology.
• Students will be able to verbalize problems and solutions to rejected images.
• The student will be able to successfully use critical thinking and problem-solving skills in the clinical environment upon graduation from the program.
• Students will be able to verbalize problems and solutions to rejected images.
• Students will demonstrate professionalism as demonstrated by their clinical attendance record. 
• Students will demonstrate core principles of professionalism as demonstrated by survey answers from physicians and staff technologists at the clinical sites.
• Students will demonstrate clinical competence in their positioning skills.
• Graduates will be clinically able to perform as indicated by the clinical instructors.

Whether you’re interested in pursuing a career in research or biotechnology, considering entering a health profession, or looking to advance your career as a medical laboratory technologist, the Medical Laboratory Science program could be for you. Gain practical lab experience and knowledge in a broad range of health science subjects, while developing crucial transferrable skills.

Fast-track your career in the clinical medical arena with a B.S. in Clinical Laboratory Sciences and a minor in biology from Georgian Court University.

The joint degree program is a partnership with the Rutgers School of Health Professions (Rutgers-SHP). You will spend the first three years taking basic science and General Education courses, and then apply to Rutgers-SHP prior to the end of their junior year. If accepted, you will spend the fourth year completing specialized courses in one of two areas: medical laboratory science or cytotechnology.*

Before enrolling in Rutgers, you must complete at least 90 credits in total (including required Rutgers prerequisite courses). Upon successful completion of the fourth year, students earn the B.S. in Clinical Laboratory Sciences with a minor in biology, which is jointly awarded by Rutgers and GCU. Students must check that their credits from both institutions equal at least 120 credits.

The bachelor in Medical Laboratory Science degree program from Thomas University prepares students for an exciting and rewarding career. Students with no prior laboratory experience may enroll in the on-ground program at out Thomasville campus. The Medical Laboratory Science online 2+2 track provides current Medical Laboratory Technicians an opportunity to earn their bachelor’s degree while continuing to work.

A Medical Laboratory Scientist is an integral part of the healthcare team and aid in the diagnosis of patients through scientific analysis of human samples to yield diagnosis and treatment. Additionally, students who are interested in a pre-medical track with the intention of applying to a medical school after graduation may also pursue this major.

Graduates will be prepared to enter the field with a rich and diversified skill set enabling employment in a variety of laboratories, such as medical and hospital, forensic, pharmaceutical, drug trial, veterinary, physician offices, food and beverage, and other lab-related career fields.

Utah Tech University offers a course of study leading to a Bachelor of Science in Medical Laboratory Science degree. During the first two years or pre-professional phase of study a student completes a minimum of 58 semester hours of coursework. The coursework includes but is not limited to: a) general education courses, including a statistic course; b) biology requisites that must include a course in microbiology and courses in human anatomy and physiology; and c) cognates in chemistry. After completion of the pre-professional phase of study and, through a competitive application process, a student may be selected to enter the final two years of study or the MLS professional program to which one cohort of 12-15 students is admitted per year. Admitted students spend three semesters completing MLS-specific courses on the Utah Tech campus. Upon successful completion of these courses, students are then assigned to one or more program-affiliated medical laboratories to complete a semester-long clinical internship. Program graduates are eligible to take the Medical Laboratory Scientist (MLS) national board certification examination offered by the American Society for Clinical Pathology (ASCP).

Southern Utah University’s bachelor of science in chemistry is an active discipline vital to human existence and essential to the understanding of industrial, economic, medical, biological and environmental issues. Students study and research in modern, fully-mediated wireless classrooms and laboratory facilities that are equipped with a full range of laboratory instruments. Our professional chemistry emphasis is certified by the American Chemical Society and our chemistry program routinely ranks above the 90th percentile of the nation according to the Educational Testing Services major field exam.

This is a degree-completion program for medical laboratory technologists who already hold a general certification from the Canadian Society for Medical Laboratory Science.

If you do not already hold CSMLS certification, please see the BSc in Medical Laboratory Science Program.

Why study Medical Laboratory Science at the University of Alberta?

The BSc in MLS degree program, offered by the Faculty of Medicine & Dentistry, is designed to provide a broad and well-rounded education allowing MLTs opportunities for advanced study in laboratory medicine disciplines as well as research. This can aid in career advancement or provide the foundation for further study.

We offer a NAACLS accredited bachelor’s degree program and a post-baccalaureate certificate program in medical laboratory science. Both programs include biology, chemistry, organic chemistry and anatomy courses and emphasize hands-on learning. You’ll spend a lot of time experimenting in our sophisticated medical and science labs. There, you’ll work side-by-side with real professors – not graduate assistants or lab instructors. 

Large institutions just can’t provide the individualized attention and opportunity you’ll find here. Our medical laboratory science students experience real-world situations. They practice procedures utilized in today’s laboratories, develop specimen collection skills through participation in numerous health fairs, and collaborate with other health profession students on case studies. They star on our sports teams, participate in music ensembles and lead student organizations.

The Bachelor of Science degree in medical laboratory science at the University of Mount Union combines three years of on-campus study with a final year of professional training in medical technology and laboratory science at one of our affiliated hospital-based schools. This clinical year amounts to 2,000 hours of intense study and lab experience, culminating in a comprehensive examination.

Ultimately, the medical laboratory science degree prepares students for a rewarding career in a high-demand field through the extensive teaching and practice of modern medicine.

The Speech-Language Pathology concentration provides explicit background in the theoretical and clinical areas necessary for graduate study.  Students will learn foundational knowledge for understanding human speech, language, swallowing, hearing, and balance processes, with a particular eye toward the implications of differences and disruptions in the communication systems associated with disorders. Although students across any of the concentrations can pursue the graduate study and pre-certification requirements associated with becoming an audiologist or speech-language pathologist, the Speech-Language Pathology concentration is the most directly associated with opportunities for clinical practice in speech-language pathology.