24 results
Here are very large, immature myeloblasts with many nucleoli. A distincitve feature of these blasts is
#Clinical #Path ... #BloodSmear #Blood ... #Smear #Microscopy ... #Auer #Rods #AuerRods
A normal peripheral blood smear indicates the appropriate appearance of red blood cells, with a zone
smear indicates ... the size of the RBC ... #Clinical #Path ... #Microscopy #PeripheralBloodSmear ... #BloodSmear #Normal
The arrows point to blister cells. These cells are thought to be precursors of helmet cells.
The photo on the ... #Clinical #Path ... #BloodSmear #Blood ... #Smear #BlisterCells
Auer Rods - Bone marrow aspiration revealed 5% blasts and 65% promyelocytes; many promyelocytes had prominent
#Clinical #Path ... #APL #AuerRods # ... AcutePromyelocyticLeukemia #Smear ... #Microscopy #NEJM
Here is another peripheral blood smear demonstrating changes with iron deficiency anemia. Note the increased zone
another peripheral blood ... smear demonstrating ... #Clinical #Path ... #Microscopy #PeripheralBloodSmear ... #BloodSmear #Anemia
Peripheral Blood shows a subset of atypical lymphocytes with hairy-like cytoplasmic projection.
#Clinical #Path #BloodSmear #Blood #Smear
Peripheral Blood ... #Clinical #Path ... #BloodSmear #Blood ... #Smear #Hairy #
Codocytes (Target cells) - Two target cells are seen in the left photo and one in
seen in the left photo ... present in the left photo ... #Clinical #Path ... #BloodSmear #Blood ... #Smear #Codocytes
Dacrocytes (tear drop cells) 
Other poikilocytes resemble a pear or teardrop. The narrow, tapered end
may be
each of the above photos ... #Clinical #Path ... #BloodSmear #Blood ... #Smear #Dacrocytes
Elliptocyte - 
Note the shape of these appropriately named erythrocytes.
In addition to hereditary elliptocytosis, elliptocytes can
#Clinical #Path ... #BloodSmear #Blood ... #Smear #Elliptocyte
A 37-year-old woman initially presented with pancytopenia and found to have leukopenia (2.1 × 103/μL) with
her peripheral blood ... #Clinical #Path ... #BloodSmear #Blood ... #Smear #Microscopy ... #Auer #Rods #AuerRods