Lines Lab " Dr.Shaimaa Sami Albanna "

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Dr. Shaimaa Sami Albanna
CEO, owner and founder of Lines Lab
Medical analysis consultant
Honorary doctorate degree in hematology and clinical chemistry
American society for clinical pathology fellowship FASCP
Freelance Medical Content Writer

Factors that increase the risk of haemolysis of blood samples  include💉• Use of a needle of too small a gauge (23 or und...
24/05/2026

Factors that increase the risk of haemolysis of blood samples include💉

• Use of a needle of too small a gauge (23 or under), or too large a gauge for the vessel

• Pressing the syringe plunger to force the blood into a tube, thus increasing the shear force on the red blood cells

• Drawing blood specimens from an intravenous or central line

• Underfilling a tube so that the ratio of anticoagulant to blood is greater than 1:9

• Reusing tubes that have been refilled by hand with inappropriate amounts of anticoagulants

• Mixing a tube too vigorously

• Failing to let alcohol or disinfectant dry

• Using too great a vacuum for example using too large a tube for a paediatric patient, or using too large a syringe (10–20 ml)

Dr.Shaimaa Sami Albanna 💕

Plasma Cell Leukemia 💉Plasma cell leukemia (PCL) is an aggressive form of multiple myeloma characterized by high levels ...
20/05/2026

Plasma Cell Leukemia 💉

Plasma cell leukemia (PCL) is an aggressive form of multiple myeloma characterized by high levels of abnormal plasma cells circulating in the peripheral blood. Normal plasma cells in the bone marrow produce antibodies that fight infection.
In myeloma most of the abnormal plasma cells remain in the bone marrow and are not found in the peripheral blood. In PCL, the abnormal plasma cells are in the peripheral blood. Therefore, PCL is considered to be an advanced form of myeloma. PCL can either originate as the primary manifestation of the disease (primary PCL with no history of myeloma) or as a transformation of myeloma (secondary PCL with progression of previously diagnosed myeloma).

Signs and Symptoms 💉

While PCL patients often have symptoms and complications similar to those of myeloma patients, they tend to be more severe. Symptoms and complications include:

Bone pain
Fatigue
Recurring infections
Bleeding
High levels of calcium (hypercalcemia)
Kidney damage
Enlarged liver or spleen resulting from large numbers of abnormal plasma cells deposited in these organs.

Dr. Shaimaa Sami Albanna 💞

Budding Yeast 💉Any of several unicellular fungi of the genera Saccharomyces or Candida, which reproduce by budding. They...
17/05/2026

Budding Yeast 💉

Any of several unicellular fungi of the genera Saccharomyces or Candida, which reproduce by budding.

They are capable of fermenting carbohydrates.

Yeasts, esp. Candida albicans, may cause systemic infections as well as vaginitis and oral thrush.

Yeast infections are frequently present in patients with malignant lymphomas, poorly controlled diabetes mellitus, AIDS, or other conditions causing immunocompromise.

Dr. Shaimaa Sami Albanna 💞

Myeloblasts on peripheral blood smear 👀🔬Dr. Shaimaa Sami Albanna 💞
14/05/2026

Myeloblasts on peripheral blood smear 👀🔬

Dr. Shaimaa Sami Albanna 💞

Normal lymphocytes vs. reactive lymphocytes 👀🔬Dr. Shaimaa Sami Albanna 💞
11/05/2026

Normal lymphocytes vs. reactive lymphocytes 👀🔬
Dr. Shaimaa Sami Albanna 💞

Thalassemia 💉Thalassemia is an inherited blood disorder that causes your body to have less hemoglobin than normal. Hemog...
08/05/2026

Thalassemia 💉

Thalassemia is an inherited blood disorder that causes your body to have less hemoglobin than normal. Hemoglobin enables red blood cells to carry oxygen. Thalassemia can cause anemia, leaving you fatigued.

If you have mild thalassemia, you might not need treatment. But more severe forms might require regular blood transfusions. You can take steps to cope with fatigue, such as choosing a healthy diet and exercising regularly.
There are several types of thalassemia. The signs and symptoms you have depend on the type and severity of your condition.

Symptoms 💉

Thalassemia signs and symptoms can include:

Fatigue
Weakness
Pale or yellowish skin
Facial bone deformities
Slow growth
Abdominal swelling
Dark urine
Some babies show signs and symptoms of thalassemia at birth; others develop them during the first two years of life. Some people who have only one affected hemoglobin gene don't have thalassemia symptoms.

Causes 💉

Thalassemia is caused by mutations in the DNA of cells that make hemoglobin — the substance in red blood cells that carries oxygen throughout your body. The mutations associated with thalassemia are passed from parents to children.

Hemoglobin molecules are made of chains called alpha and beta chains that can be affected by mutations. In thalassemia, the production of either the alpha or beta chains are reduced, resulting in either alpha-thalassemia or beta-thalassemia.

In alpha-thalassemia, the severity of thalassemia you have depends on the number of gene mutations you inherit from your parents. The more mutated genes, the more severe your thalassemia.

In beta-thalassemia, the severity of thalassemia you have depends on which part of the hemoglobin molecule is affected.

Alpha-thalassemia 💉

Four genes are involved in making the alpha hemoglobin chain. You get two from each of your parents. If you inherit:

One mutated gene, you'll have no signs or symptoms of thalassemia. But you are a carrier of the disease and can pass it on to your children.
Two mutated genes, your thalassemia signs and symptoms will be mild. This condition might be called alpha-thalassemia trait.
Three mutated genes, your signs and symptoms will be moderate to severe.
Inheriting four mutated genes is rare and usually results in stillbirth. Babies born with this condition often die shortly after birth or require lifelong transfusion therapy. In rare cases, a child born with this condition can be treated with transfusions and a stem cell transplant.

Beta-thalassemia 💉

Two genes are involved in making the beta hemoglobin chain. You get one from each of your parents. If you inherit:

One mutated gene, you'll have mild signs and symptoms. This condition is called thalassemia minor or beta-thalassemia.
Two mutated genes, your signs and symptoms will be moderate to severe. This condition is called thalassemia major, or Cooley anemia.

Babies born with two defective beta hemoglobin genes usually are healthy at birth but develop signs and symptoms within the first two years of life. A milder form, called thalassemia intermedia, also can result from two mutated genes.

Risk factors 💉

Factors that increase your risk of thalassemia include:

💉Family history of thalassemia Thalassemia is passed from parents to children through mutated hemoglobin genes.
💉Certain ancestry. Thalassemia occurs most often in African Americans and in people of Mediterranean and Southeast Asian descent.

Complications 💉

Possible complications of moderate to severe thalassemia include:

💉Iron overload

People with thalassemia can get too much iron in their bodies, either from the disease or from frequent blood transfusions. Too much iron can result in damage to your heart, liver and endocrine system, which includes hormone-producing glands that regulate processes throughout your body.

💉Infection

People with thalassemia have an increased risk of infection. This is especially true if you've had your spleen removed.
In cases of severe thalassemia, the following complications can occur:

💉Bone deformities. Thalassemia can make your bone marrow expand, which causes your bones to widen. This can result in abnormal bone structure, especially in your face and skull. Bone marrow expansion also makes bones thin and brittle, increasing the chance of broken bones.

💉Enlarged spleen
The spleen helps your body fight infection and filter unwanted material, such as old or damaged blood cells. Thalassemia is often accompanied by the destruction of a large number of red blood cells. This causes your spleen to enlarge and work harder than normal.

An enlarged spleen can make anemia worse, and it can reduce the life of transfused red blood cells. If your spleen grows too big, your doctor might suggest surgery to remove it.

💉Slowed growth rates
Anemia can both slow a child's growth and delay puberty.

💉Heart problems
Congestive heart failure and abnormal heart rhythms can be associated with severe thalassemia.

Dr.Shaimaa Sami Albanna 💞

Case study 👀📚✏️A22-year old female presented with 2 weeks of fever, anemia, generalized lymphadenopathy, hepatosplenomeg...
03/05/2026

Case study 👀📚✏️

A22-year old female presented with 2 weeks of fever, anemia, generalized lymphadenopathy, hepatosplenomegaly, and skin rashes.

Her total leukocyte count was 306 x 109/L.

Peripheral blood smear showed many atypical lymphocytes with petal-shaped nuclei like flowers as seen in the photograph.

Peripheral blood immunophenotype noted negative markers for myeloid and B lymphoid lineage (CD10, CD19, CD3, CD5, CD7, cyto-CD3, TCR, CD16, CD56) and strongly positive for CD4 and CD25, and also CD2, which was atypical.

Bone marrow aspirate and biopsy revealed involvement by acute leukemia.

Serology for HTLV-1 was positive and serum calcium was normal.

A diagnosis of adult T-cell leukemia was made.

This leukemia is a neoplastic disease of CD4-positive T lymphocytes.

Flower cells are described typically in
HTLV-1–induced adult T-cell leukemia. They may also be seen in asymptomatic carriers of HTLV-1.

Although convoluted nuclei with high total leukocyte count can occur in Se´zary syndrome, a typical petal shape of nuclei is usually not seen.

In this patient, the clinical presentation and peripheral blood smear strongly indicated adult T-cell leukemia; HTLV-1 and the immunophenotype provided additional evidence.

The patient received intensive chemotherapy but died of neutropenic fungal infection.

Dr. Shaimaa Sami Albanna 💞

Auer rods 💉🔬Auer rods are clumps of azurophilic granular material that form elongated needles seen in the cytoplasm of m...
30/04/2026

Auer rods 💉🔬

Auer rods are clumps of azurophilic granular material that form elongated needles seen in the cytoplasm of myeloid leukemic blasts.

They can be seen in the leukemic blasts of acute myeloid leukemia with maturation and acute promyelocytic leukemia (respectively known as acute myeloid leukemia M2 and M3 in the FAB classification) and in high grade myelodysplastic syndromes and myeloproliferative syndromes

Dr. Shaimaa Sami Albanna 💞

Ferritin 💉Is a universal intracellular protein that stores iron and releases it in a controlled fashion. The protein is ...
28/04/2026

Ferritin 💉

Is a universal intracellular protein that stores iron and releases it in a controlled fashion. The protein is produced by almost all living organisms, including algae, bacteria, higher plants, and animals. In humans, it acts as a buffer against iron deficiency and iron overload. Ferritin is found in most tissues as a cytosolic protein, but small amounts are secreted into the serum where it functions as an iron carrier. Plasma ferritin is also an indirect marker of the total amount of iron stored in the body, hence serum ferritin is used as a diagnostic test for iron-deficiency anemia.

Diagnostic Uses 🔍

Serum ferritin levels are measured in medical laboratories as part of the iron studies workup for iron-deficiency anemia. The ferritin levels measured usually have a direct correlation with the total amount of iron stored in the body. However, ferritin levels may be artificially high in cases of anemia of chronic disease where ferritin is elevated in its capacity as an inflammatory acute phase protein and not as a marker for iron overload.

Deficiency 🔍

If the ferritin level is low, there is a risk for lack of iron, which could lead to anemia.

In the setting of anemia, low serum ferritin is the most specific lab test for iron-deficiency anemia. However it is less sensitive, since its levels are increased in the blood by infection or any type of chronic inflammation, and these conditions may convert what would otherwise be a low level of ferritin from lack of iron, into a value in the normal range. For this reason, low ferritin levels carry more information than those in the normal range.

Low ferritin may also indicate hypothyroidism, vitamin C deficiency or celiac disease.

Low serum ferritin levels are seen in some patients with restless legs syndrome, not necessarily related to anemia, but perhaps due to low iron stores short of anemia.

Excess 🔍

If ferritin is high, there is iron in excess or else there is an acute inflammatory reaction in which ferritin is mobilized without iron excess. For example, ferritins may be high in infection without signaling body iron overload.

Ferritin is also used as a marker for iron overload disorders, such as hemochromatosis or hemosiderosis. Adult-onset Still's disease, some porphyrias, and hemophagocytic lymphohistiocytosis/macrophage activation syndrome are diseases in which the ferritin level may be abnormally raised.

Dr.Shaimaa Sami Albanna 💞

Main Difference – Hematopoiesisvs Erythropoiesis 💉Hematopoiesis and erythropoiesis are two processes involvedin the form...
25/04/2026

Main Difference – Hematopoiesis
vs Erythropoiesis 💉

Hematopoiesis and erythropoiesis are two processes involvedin the formation of mature blood cells. All blood cells aregenerated from the progenitor cell called Hematopoietic Stem
Cell (HSC). The process of division and differentiation ofHSCs is highly regulated. Hematopoiesis begins during the
fetal life in the yolk sac and later, in the liver and spleen.
After birth, it occurs in bone marrow. Hematopoiesis iscompleted through five processes: erythropoiesis,lymphopoiesis, granulopoiesis, monopoiesis and thrombopoiesis. The main difference between hematopoiesis anderythropoiesis is that hematopoiesis is the formation of mature blood cells whereas erythropoiesis is the
formation of mature erythrocytes.

What is Hematopoiesis ❓💉

Hematopoiesis is the formation of mature blood cells. It is an active process throughout the lifetime of animals.
Several types of blood cells are found in the circulation: red blood cells, white blood cells, and platelets. All types ofblood cells are formed from a common progenitor called hematopoietic stem cells. The HSC is capable of self-renewing as well as differentiating into several types of blood cells. The derivation of blood cells occurs starting fromHSC in the form of trunks of a tree. Each trunk describes the differentiation of each cell types from the progenitor cell.
As the differentiation continues, the cells lose their capacity to differentiate into other cell types found in the otherpathways. Five pathways are found in the differentiation tree which describes the hematopoiesis. They are
erythropoiesis, lymphopoiesis, granulopoiesis, monopoiesis, and thrombopoiesis. Two major progenitor pathways arefirst derived from HSC: common myeloid progenitor and common lymphoid progenitor. Three types of blasts are firstdifferentiated from common myeloid progenitor: megakaryoblast, proerythroblast, and myeloblast. Lymphoblast isdifferentiated from the common lymphoid progenitor.

Lymphopoiesis is the differentiation and maturation of lymphocytes from HSCs in the bone marrow. Lymphoblast isdifferentiated into T lymphocytes, B lymphocytes, and natural killer cells. Complete maturation of T and B
lymphocytes occur in thymus and spleen respectively. The maturation of T lymphocytes is called T­cell developmentand the maturation of B cells is called B­cell development. Granulopoiesis is the differentiation and maturation ofgranulocytes from myeloblast in the bone marrow. The three granulocyte lineages are neutrophils, eosinophils, and
basophils. The presence of cytoplasmic granules and segmented nucleus in cells are the characteristic features ofgranulocyte lineages. Monopoiesis is the maturation of monocytes as a branch from the monocyte­granulocyteprecursor. Differentiation of monocytes is done from monoblast. Thrombopoiesis is the production of mature
platelets in the bone marrow. Megakaryocytes are the large cells which produce platelets by fragmentation. Plateletscontain granules, which are released upon the activation of platelets in the process called platelet plugging.

What is Erythropoiesis ❓💉

Erythopoiesis is the full maturation of erythrocytes fromproerythroblasts in the red bone marrow. Proerythroblastcontains a large nucleus and prominent organelles with no
hemoglobin in the cell. During erythropoiesis, largeamounts of hemoglobin are produced. Ultimately,erythrocytes lose their nucleus along with the intracellularorganelles. During the differentiation, proerythroblast
become smaller in size, organelles are lost, and the color ofthe cell is changed from blue to red. The blue color cellsare called basophilic and the red color cells are called
eosinophilic. The blue color is given by the hemoglobin-coding nucleotides and their decrement along with the increment of the actual proteinaceous hemoglobin give a pink
color to the cell. The nucleus becomes small, compact and is ultimately excluded from the cell.
Unmatured reticulocytes are released to the circulation from the bone marrow. The number of reticulocytes in the peripheral blood
is an indication of the rate of erythropoiesis in the bone marrow. Reticulocytes are slightly basophilic. The process oferythropoiesis is regulated by erythropoietin, which is synthesized in the kidney in response to low oxygen tension in the blood in the arteries.

Dr. Shaimaa Sami Albanna 💞

و في ليلة الجمعة اللهم قدراً جميلاً و خبراً جميلاً و دعوة مستجابة متنسوش قراءة سورة الكهف و كثرة الاستغفار و الصلاة و ال...
23/04/2026

و في ليلة الجمعة اللهم قدراً جميلاً و خبراً جميلاً و دعوة مستجابة
متنسوش قراءة سورة الكهف و كثرة الاستغفار و الصلاة و السلام على رسول الله صلى الله عليه وسلم
جمعة مباركة 💐
د . شيماء سامي البنا 💞

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`Arab El-Sheikh Zeid
SHEIKHZAYEDCITY

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