Skip to main content

Cytomorphology Analysis 2

LAB OSE



Papillary carcinoma of thyroid
Thyroid Cytology
Powdery chromatin
Pseudo inclusion
Nuclear groove
Nucleolus
Nuclear crowding
Nuclear molding 


Sputum - Alveolar macrophage
Respiratory Cytology
Nuclear enlargement
High N:C
Multinucleation
Nucleolus
Vacuolated cytoplasm


BAL - CMV
Respiratory Cytology
Nuclear enlargement
High N:C
Large eosinophilic intranuclear viral inclusions
Prominent halo


Metastatic papillary carcinoma of the thyroid
Thyroid Cytology
Psammoma body
Powdery chromatin
Nuclear crowding
Nucleolus
Nuclear grooves
Intranuclear pseudo inclusion


Bronchial washing - bronchial cells
Respiratory Cytology
Ciliated columnar cells
Central located nucleus
Cohesive sheets


Small cell undifferentiated carcinoma
Respiratory Cytology
Nuclear molding
Small cells
Small to indistinct nucleoli
Even, powdery chromatin
No cytoplasm


Medullary carcinoma of the thyroid
Thyroid cytology
Coarse chromatin
Hyperchromatic
Round or elongated nucleus
Inconspicuous nucleolus


Bronchial washing - cryptococcus
Respiratory Cytology
Narrow-based budding
Yeast cells
Prominent halo
Mucin capsule
Variably sized



Invasive lobular carcinoma
Breast Cytology
Nuclear enlargement
High N:C
Signet ring appearance (vacuole)
Nuclear molding
Isolated cells
Hyperchromatic
Eccentric/kidney bean nucleus


Benign follicular nodules
Thyroid Cytology
Macro follicles
Fragmented (flat sheets)
Intact spheres
Coarse chromatin 
Hyperchromatic
Colloid
Macrophages
Cohesive cells


Invasive ductal carcinoma
Breast Cytology
Comet cells
Eccentric nucleus often protruding from cytoplasm
Hyperchromatic
Coarse chromatin
Nucleolus
Clean background 
Isolated cells
Poorly cohesive clusters of cells


Fibroadenoma (benign)
Breast Cytology
Hypercellular
Large sheets
3D clusters
Antler-like configuration
Bipolar cells
Fibrillar stromal fragments


Umbrella cells
Urine Cytology
Multinucleation
Nucleolus
Irregular cell membrane
Vacuole
Hyperchromatic


Benign breast cyst
Breast Cytology
Ductal epithelial cells
(Apocrine cells)
Flat sheets
Isolated cells (rare)
Central located nuclei
Prominent nucleoli
Moderate nuclear atypia
Vacuolated cytoplasm (macrophages/foam cells)


Transitional Cell Carcinoma Grade III
Urine Cytology
Bizarre cells
Irregular nuclear borders
Chromatin clearing
Mitoses
Dirty background (blood, debris, inflammatory cells)


Polyoma virus
Urine Cytology
Decoy cells
(Plasmacytoid cells)
Eccentric nuclei
Basophilic intranuclear viral inclusions 
Mimic malignancy



Hashimoto thyroiditis (benign)
Thyroid Cytology
Mixed populations of lymphocytes
Tangible-body macrophages
Dendritic-lymphocytic aggregates
Follicular cells with nuclear pallor and grooves
Hurtle cells
Scant colloid


Carcinoma in situ
Urine Cytology
Nuclear enlargement 
High N:C
Hyperchromatic
Coarse chromatin
Pleomorphic nuclei
Mitotic activity
Clean background


Metastatic adenocarcinoma of lungs (pleural)
Effusion Cytology
Pale cytoplasm
Hyperchromatic
Multiple nucleoli
Nuclear enlargement
High N:C
Acinar, papillary and sheet formations


Reactive urothelial cells
Urine Cytology
Nuclear enlargement
High N:C
Prominent nucleolus
Coarse chromatin 
Hyperchromatic
Abundant cytoplasm
Multinucleation
Honeycomb
Dirty background (lysed blood, inflammation or crystals)


Comments

Popular posts from this blog

My Lab Notes

My Lab Notes 1 Laboratory procedure and instrumentation Answer these questions. Introduction to medical laboratory procedure and instrumentation  1. Define medical laboratory. 2. Determine the importance of medical laboratory. 3. Determine the units in medical laboratory. 4. Define medical laboratory technologist. 5. Determine the forms of hazards. 6. Determine personal protective equipment (PPE). 7. 8 safety equipments. 8. Explain practice good personal hygiene. 9. Draw and name hazards. 10. Explain about the ethics. Glassware and plastic ware 1. Type of glassware. 2. Name, function, and the form of glassware. 3. Explain about cleaning laboratory glassware. Medical terminology 1. Pericarditis. 2. Structure of medical terms. 3. Abbreviation and acronym. 4. Miscellaneous. Metric system 1. Explain about the importance of measurement. 2. List out the international systems of units (SI). 3. Conversion factors. Basic laboratory instruments General lab equipment 1.0 1. Name, principle, t...

Clinical Microbiology 1 MCQS

November 2019 SECTION A: OBJECTIVE QUESTIONS (30 MARKS) CHOOSE ONE BEST STATEMENT TO ANSWER THE QUESTIONS 1. The bacterial species that has cocci in clusters is (A) Treponema spp. (B) Streptococcus spp. (C) Campylobacter spp. (D) Staphylococcus spp.* 2. Which of the following is the result when culture microorganism utilize citrate as their sole carbon source on Simmons-Citrate agar? (A) The agar change color from blue to black. (B) The agar change color from red to yellow. (C) The agar change color from green to yellow. (D) The agar change color from blue to "Prussian blue".* 3. Which of the following media is NOT differential? (A) Blood agar (B) Nutrient agar* (C) MacConkey agar (D) Mannitol Salt agar 4. Which of the following organism will give positive reaction in the coagulase test? (A) Staphylococcus aureus* (B) Streptococcus agalactiae (C) Streptococcus pneumoniae (D) Staphylococcus saprophyticus 5. Which of the following antimicrobial sensitivity test can distinguishe...

My Biology Notes Example

Biology笔记可以这么做,这是Example: Cell Structure and Cell Organization 1. Cell Structure and Function Cell Structure and Abundance of Organelles in Specific Cells. Cells are basic units of all living organisms. Comparison between animal and plant cell. Exercise Paper 1 Paper 2 Section A Section B 2. Cell Organization Unicellular(one cell) organisms Multicellular(many cells) organisms cell ↓ tissue : similar cells, similar function ↓ organ : composed of tissue, specialised function ↓ system : several organs cooperate to carry out a living process ↓ organism : made up of all system 这三个mindmap是从网上搜来的。 Exercise Paper 1 Paper 2 Section A Section B 3. The Uniqueness of the Cell Formation of extracellular enzyme. Nucleus→Ribosomes→Transport vesicle→RER→GA→Secretory vesicle→Plasma membrane 4. K-BAT Explain why inner membrane of mitochondria is in the form of numerous folded layers. To increase surface area fo...