Home Products Most Popular Contact
No items in your cart.

Case Studies in Pediatric Hematology (Online CE Course)

(based on 15 customer ratings)

Author: Kyle D. Mills, DO, MLS(ASCP)SH
Reviewer: Michelle Butina, PhD, MLS(ASCP)CM

See all available courses »

Continuing Education Credits

P.A.C.E.® Contact Hours (acceptable for AMT, ASCP, and state recertification): 1 hour(s)
Course number 578-037-19, approved through 12/31/2021
Course number 20-754092, approved through 9/1/2020

Objectives

  • Calculate mean corpuscular volume (MCV), mean corpuscular hemoglobin concentration (MCHC), and corrected white blood cell (WBC) count.
  • Predict peripheral smear microscopic characteristics using basic hemogram parameters.
  • Correctly order the sequence of hematopoiesis, beginning with the hematopoietic stem cell.
  • Interpret common iron study results and state the blood lead level that currently represents toxicity.
  • Recall the diagnostic significance of erythrocyte/zinc protoporphyrin.
  • Identify laboratory testing panels that best assess for hematological conditions.
  • Categorize cytochemistry stains and immunophenotyping results in the setting of acute leukemias.
  • Identify characteristics of macrocytic anemias.
  • Define alpha and beta thalassemia and identify key characteristics of each.

Customer Ratings

(based on 15 customer ratings)

Course Outline

Click on the links below to preview selected pages from this course.
  • Approaching “Case Studies in Pediatric Hematology”
  • Case 1: Candace, a Four-Week-Old Infant Born Prematurely
      • History of Present Illness (HPI) for Candace
      • Relevant Laboratory Studies for Candace
      • How would you describe the representative image of Candace’s peripheral blood smear?
      • Which hormone is responsible for the regulation of erythrocyte production?
      • Patient Diagnosis: Anemia of Prematurity
      • Review of Hematopoiesis
      • Review of Hematopoiesis (continued)
      • Match the listed peripheral blood cells with their correct progenitor cell lineage, either myeloid or lymphoid.
  • Case 2: Nicolás, an Eight-Month-Old Born in Mexico
      • History of Present Illness (HPI) for Nicolás
      • Which laboratory assay represents the amount of iron stored in the body?
      • Relevant Laboratory Studies for Nicholás
      • How would you describe the representative image of Nicholàs’ peripheral blood smear?
      • Patient Diagnosis: Iron Deficiency Anemia
      • In iron deficiency anemia, as serum iron decreases total iron binding capacity (TIBC) increases.
      • Comparing Iron Studies in Iron Deficiency Anemia versus Anemia of Chronic Disease
  • Case 3: Patrick, a Five-Year-Old with Stomach Pain
      • History of Present Illness (HPI) for Patrick
      • Relevant Laboratory Studies for Patrick
      • How would you describe the representative image of Patrick’s peripheral blood smear?
      • Identify the composition of the RBC inclusions seen in this image.
      • Patient Diagnosis: Lead Poisoning
      • Blood Lead Level Collection and Processing Issues
      • Federal regulations state that venous blood level testing has an error rate of ± _____ micrograms/dL or 10%, whichever is greater.
  • Case 4: Danielle, a 13-Year-Old Who Is Losing Weight
  • Case 5: Benton, a 2-Year-Old with "Flu" for a Month
      • History of Present Illness (HPI) for Benton
      • Relevant Laboratory Studies for Benton
      • How would you describe the representative image of Benton’s peripheral blood smear?
      • Staining for myeloperoxidase (MPO) is significant in distinguishing myeloid blasts from lymphoid blasts, as MPO is present in granules of myeloid and ...
      • Patient Diagnosis: Acute Lymphoblastic / Lymphocytic Leukemia (ALL)
      • Review of Immunophenotyping and Cytochemistry Staining in Leukemias
  • Case 6: Theo, a 12-Month-Old with Dark Urine
  • References
      • References

Additional Information

Level of Instruction: Beginning

Intended Audience: Medical laboratory scientists, medical technologists, and technicians. This course is also appropriate for medical laboratory science students, pathology residents, and other healthcare personnel who are interested in the physiologic concepts surronding pediatric hematology.

Author Information: Kyle D. Mills, DO, MLS(ASCP)SH, completed his professional medical education at the University of Pikeville - Kentucky College of Osteopathic Medicine in Pikeville, Kentucky, in 2018. He is currently pursuing residency in internal medicine at the University of Louisville in Louisville, Kentucky. Dr. Mills also holds a Bachelor of Health Science in Clinical Laboratory Sciences degree from the University of Kentucky and is an American Society for Clinical Pathology (ASCP) certified Medical Laboratory Scientist (MLS) and Specialist in Hematology (SH). Before attending medical school, Dr. Mills worked on the laboratory bench as a generalist and led a medical laboratory technician program.

Reviewer Information: Michelle Butina, PhD, MLS(ASCP)CM is currently the Program Director and Associate Professor for the Medical Laboratory Science Program, College of Health Sciences at the University of Kentucky in Lexington, Kentucky. Dr. Butina earned a PhD in Workforce Education from the University of Georgia in Athens, Georgia. She received a Masters of Science degree in Clinical Laboratory Science from Michigan State University in East Lancing, Michigan and a Bachelor of Science degree in Medical Technology from Winston-Salem State University in Winston-Salem North Carolina. 

all high wbc
100_microcytes
Basophilic stippling
Heinz bodies_arrows
Hematopoiesis cell types scheme_Shutterstock
hypersegmented neutrophil_shutterstock_JB
microcytes hypochromic
Macrocytic Ovalocytes
How to Subscribe
MLS & MLT Comprehensive CE Package
Includes 126 CE courses, most popular
$95 Add to cart
Pick Your Courses
Up to 8 CE hours
$50 Add to cart
Individual course$20 Add to cart


all high wbc


100_microcytes


Basophilic stippling


Heinz bodies_arrows


Hematopoiesis cell types scheme_Shutterstock


hypersegmented neutrophil_shutterstock_JB


microcytes hypochromic


Macrocytic Ovalocytes