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General Course Descriptions - Houston Community College System

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interpreting and solving calculation problems<br />

encountered in the preparation and distribution<br />

of drugs . Conversion of measurements within the<br />

apothecary, avoirdupois, and metric systems with<br />

emphasis on the metric system of weight and volume .<br />

Topics include ratio and proportion, percentage, dilution<br />

and concentration, milliequivalent, units, intravenous<br />

flow rates, and solving dosage problems .<br />

pHrA 1313 CoMMunity<br />

pHArMACy prACtiCe<br />

prerequisite: Admission into the pharmacy<br />

technician program<br />

Credit: 3 (2 lecture, 2 lab)<br />

Introduction to the skills necessary to process, prepare,<br />

label, and maintain records of physicians’ medication<br />

orders and prescriptions in a community pharmacy .<br />

Designed to train individuals in supply, inventory, and<br />

data entry . Includes customer service, count and pour<br />

techniques, prescription calculations, drug selection<br />

and preparation, over-the-counter drugs, record<br />

keeping, stock level adjustment, data input, editing,<br />

and legal parameters .<br />

pHrA 1345 intrAVenous<br />

AdMixture And sterile<br />

CoMpounding<br />

prerequisite: Admission into the pharmacy<br />

technician program<br />

Credit: 3 (2 lecture, 4 lab)<br />

A study of sterile products, hand washing techniques,<br />

pharmaceutical calculations, references, safety<br />

techniques, aseptic techniques in parenteral<br />

compounding, proper use of equipment, preparation<br />

of sterile products, and safe handling of antineoplastic<br />

drugs .<br />

pHrA 1449 institutionAl<br />

pHArMACy prACtiCe<br />

prerequisite: Admission into the pharmacy<br />

technician program<br />

Credit: 4 (3 lecture, 3 lab)<br />

Exploration of the unique role and practice of<br />

pharmacy technicians in an institutional pharmacy<br />

with emphasis on daily pharmacy operation . Topics<br />

include hospital pharmacy organization, work flow and<br />

personnel, medical and pharmaceutical terminology,<br />

safety techniques, data entry, packaging and labeling<br />

operations, extemporaneous compounding, inpatient<br />

drug distribution systems, unit dose chart fills, quality<br />

assurance, drug storage, and inventory control .<br />

pHrA 1541 pHArMACy drug<br />

tHerApy And treAtMent<br />

prerequisite: Admission into the pharmacy<br />

technician program<br />

Credit: 5 (5 lecture)<br />

Study of therapeutic agents, their classifications,<br />

properties, actions, and effects on the human body<br />

and their role in the management of disease . Provides<br />

detailed information regarding drug dosages, side<br />

effects, interactions, toxicities, and incompatibilities .<br />

pHrA 2662 CliniCAl - pHArMACy<br />

teCHniCiAn/AssistAnt<br />

prerequisite: all pHrA courses<br />

Credit: 6 (25 lab)<br />

A health-related work-based learning experience that<br />

enables the student to apply specialized occupational<br />

theory, skills, and concepts . Direct supervision is<br />

provided by the clinical professional .<br />

pHtC 1311 FundAMentAls oF<br />

pHotogrApHy<br />

Credit: 3 (2 lecture, 4 lab)<br />

An introduction to camera operation and image<br />

production, composition, supplemental lighting, and<br />

use of exposure meters and filters .<br />

pHtC 1353 portrAiture i<br />

Credit: 3 (2 lecture, 4 lab)<br />

Photographic principles applied to portrait lighting,<br />

posing, and subject rapport .<br />

pHys 1305 pHysiCs For HeAltH<br />

sCienCes<br />

prerequisites: Must be placed into gust<br />

0341 (or higher) in reading and be placed<br />

into MAtH 0312 (or take MAtH 0308 as a<br />

co-requisite).Credit: 3 (2 lecture, 2 lab)<br />

Topics include physical mechanics applied to the<br />

skeletal frame, gravity and blood circulation, friction<br />

at body joints, hydrostatic change of blood pressure,<br />

heat transfer in humans, thermodynamics of biological<br />

systems, principles of electromagnetic radiation with<br />

respect to the inner body, and electrical hazards in<br />

patient care areas . Core Curriculum <strong>Course</strong> .<br />

pHys 1306 Current topiCs in<br />

pHysiCs<br />

prerequisites: Must be placed into gust<br />

0341 (or higher) in reading and be placed<br />

into MAtH 0312 (or take MAtH 0308 as a<br />

co-requisite).<br />

Credit: 3 (3 lecture)<br />

Non-science majors are introduced to solar power,<br />

nuclear fusion, atomic fission power plants,<br />

superconductivity, liquid helium relativity, elementary<br />

particles and symmetry, electromagnetic radiation,<br />

stages of matter, the basic forces in nature, and<br />

the dual nature of light . Core Curriculum <strong>Course</strong> .<br />

pHys 1401 <strong>College</strong> pHysiCs i<br />

prerequisites: MAtH 1314, 1316; Must also<br />

be placed into gust 0341 (or higher) in<br />

reading.<br />

Credit: 4 (3 lecture, 3 lab)<br />

Non-calculus based course for medical related<br />

majors, architecture majors, technology majors,<br />

and other non-engineering and non-science majors .<br />

Topics include motion and forces, work and energy,<br />

momentum and collision, and the thermal properties<br />

of matter . Laboratory exercises include selected<br />

related experiments on these topics . Core Curriculum<br />

<strong>Course</strong> .<br />

<strong>Course</strong> desCriptions<br />

287<br />

pHys 1402 <strong>College</strong> pHysiCs ii<br />

prerequisite: pHys 1401; Must also be<br />

placed into gust 0341 (or higher) in<br />

reading.<br />

Credit: 4 (3 lecture, 3 lab)<br />

Continuation of non-Calculus based physics<br />

for medical related majors, architecture majors,<br />

technology majors and other non-engineering and<br />

non-science majors . Topics include wave motion,<br />

electricity, magnetism, electromagnetic waves,<br />

optics, and topics in modern physics . Laboratory<br />

exercises include selected related experiments on<br />

these topics . Core Curriculum <strong>Course</strong> .<br />

pHys 2125 pHysiCs lABorAtor<br />

prerequisite: Must placed into Math 2414<br />

(or higher).Must also be placed into gust<br />

0341 (or higher) in reading.<br />

Credit: 1 (3 lab)<br />

Selected laboratory experiments related to topics in<br />

PHYS 2325 (University Physics I) for science and<br />

engineering majors . Core Curriculum <strong>Course</strong> .<br />

pHys 2126 pHysiCs lABorAtory ii<br />

prerequisite/Corequisite: pHys 2326; Must<br />

be placed into gust 0341 (or higher) in<br />

reading and be placed into MAtH 2414 (or<br />

higher).Credit: 1 (3 lab)<br />

Selected laboratory experiments related to topics in<br />

PHYS 2326 (University Physics II) for science and<br />

engineering majors . Core Curriculum <strong>Course</strong> .<br />

pHys 2325 uniVersity<br />

pHysiCs i<br />

prerequisites: Must placed into Math 2414<br />

(or higher). Must also be placed into<br />

gust 0341 (or higher) in reading.<br />

Credit: 3 (3 lecture, 1 lab)<br />

A calculus-based physics course designed specifically<br />

for chemistry, physics, and engineering majors .<br />

Topics include principles of mechanics, sound, wave<br />

phenomena, kinetic theory, fluid flow, and thermal<br />

physics . Core Curriculum <strong>Course</strong> . (formerly PHYS<br />

2425)<br />

pHys 2326 uniVersity<br />

pHysiCs ii<br />

prerequisites: pHys 2425 or 2325 ; Must<br />

also be placed into gust 0341 (or higher)<br />

in reading and be placed into MAtH 2414<br />

(or higher).<br />

Credit: 3 (3 lecture, 1 lab)<br />

Continuation of calculus based physics . <strong>Course</strong><br />

designed specifically for chemistry, physics, and<br />

engineering majors . Includes principles of electricity<br />

and magnetism, optics, electromagnetic waves,<br />

relativity, kinetic theory, introduction to quantum<br />

theory, thermal physics, and other physics topics . Core<br />

Curriculum <strong>Course</strong> . (formerly PHYS 2426)<br />

plAB 1223 pHleBotoMy<br />

Credit: 2 (1 lecture, 4 lab)<br />

Skill development in the performance of a variety of<br />

blood collection methods using proper techniques and<br />

universal precautions . Includes vacuum collection<br />

devices, syringes, capillary skin puncture, butterfly<br />

needles and blood culture, and specimen collection<br />

on adults, children, and infants . Emphasis on infection<br />

prevention, proper patient identification, labeling<br />

of specimens and quality assurance, specimen<br />

handling, processing, and accessioning . Topics include<br />

professionalism, ethics, and medical terminology .

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