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Myeloid Leukemia Frequency at KAUH During 2008 - 2010

Myeloid Leukemia Frequency at KAUH During 2008 - 2010

DONE BY : LAYLA AL‐SHATTI

MONIA ZA`GAN SUPERVISED BY:

DR.TALAAT MIRZA DONE BY :

LAYLA AL‐SHATTI MONIA ZA`GAN SUPERVISED BY:

DR.TALAAT MIRZA

(2)

Contents

• Aim of study.

• Introduction.

• Materials and methods.

• Results.

• Conclusion.

(3)

Aim of  Study

• To find out the frequency of myeloid 

leukemia at KAUH during the years 

2008 to 2010.  

(4)

Introduction 

• What is the  leukemia?

leukemia is a type of  cancer characterized  by the accumulation  of malignant blood  cells in the bone 

marrow and blood .

(5)

Continue 

(6)

Lymphocytic Leukemia

Lymphocytic 

leukemia develops  from cells called 

“lymphoblasts” in 

the bone marrow.  

(7)

Chronic Lymphocytic Leukemia

• CLL is neoplastic disease  characterized  by the accumulation of small, mature‐

appearing lymphocytes in the blood,   marrow, and lymphoid tissue.

Lymphocytes.

Lymphocytes.

(8)

Acute Lymphocytic Leukemia 

• ALL is neoplastic disease that result from 

multistep somatic mutation in single lymphoid  progenitor cell.

(9)

Myeloid Leukemia

Myeloid leukemia  develops from cells  called "myeloblasts" 

in the bone marrow. 

(10)

Chronic myeloid leukemia

• CML is a myeloproliferative disorder  characterized by increased 

proliferation of the granulocytic cell 

line without the loss of their capacity 

to differentiate.

(11)

Acute Myeloid Leukemia

• AML is a quickly 

progressive malignant  disease characterized  by an increase in the  number of immature  cells in the bone 

marrow accompanied 

by an arrest in their 

maturation. 

(12)

Classification of AML

• According FAB subtypes the AML is classified  to eight groups:

AML‐M0

AML‐M5 AML‐M6

AML‐M3 AML‐M2

AML‐M1

AML‐M4

AML‐M7

Worst treated Worst treated

Best treated Best treated

(13)

Pathophysiology

(14)

Incidence of Myeloid Leukemia

(15)

Signs and Symptoms

CML AML

•Appear gradually.

•Moderate symptoms.

•Appear gradually.

•Moderate symptoms.

•Occur s uddenly.

•Severe symptoms.

.

•Occur s uddenly.

•Severe symptoms.

.

(16)

Risk Factors

•The cause of myeloid leukemia is not known.

There are some factors that may increase the        risk of develop leukemia.

Radiation 

•Immunocompromise d individuals.

Age and gender  (older males).

Antecedent 

hematologic disorders.

Congenital disorders.

Environmental  factors.

AMLAML CMLCML

(17)

Clinical Diagnosis 

CBC  with differential.

Bone marrow aspiration or biopsy.

Cytogenetic studies such as FISH  analysis and PCR test.

Flowcytometry: expression of 

leukemic markers. Specific to AML

Specific to CML

(18)

Treatment 

The treatment of myeloid leukemia patients is  based on the stage of leukemia and diagnostic  test results.

There are several options for the treatment  include: 

Chemotherapy  Drugs e.g. 

anthracycline.

Leukapheresis.

Stem cells  transplantation.

(19)

Materials and Methods 

• This project is a retrospective analysis of the  results of leukemia cases that were 

diagnosed over 2 years in the university 

hospital hematology lab by Phoenix program.  

The results consisted of Complete blood count  (CBC), bone marrow aspiration and 

immunophenotyping by flow cytometry.

(20)

Materials and Methods 

Coulter Counter

The COULTER System is a  quantitative, automated  hematology analyzer for in  vitro diagnostic use in 

clinical laboratories. The 

System provides automated  CBC, leukocyte differential,  and Reticulocyte analysis.

(21)

Materials and Methods 

• Bone Marrow Aspiration and  Bone Marrow Biopsy:

• The specimen is used to make  several preparations on glass  slides and is transferred to a  fixative solution and stained  with Wright‐Giemsa stain, 

hematoxylin‐eosin, or Prussian  blue stains, then examine by  oncologist .

(22)

Materials and Methods 

*Flow Cytometers:

It is multi‐parameter analysis of cells as  they pass through 

a beam of laser light. 

(23)

Materials and Methods 

Panel of Acute Leukemia:

The CD marker that used in this panel were

CD 34  

& 117 CD 34  

& 117

CD15CD15 CD13 

&14 CD13 

&14 CD38CD38

CD33CD33 CD64CD64

CD45 

&71 CD45 

&71

CD56

&11b CD56

&11b Myeloid progenitor 

Myeloid progenitor 

Neutrophils, Eosinophils,  Monocytes

Neutrophils, Eosinophils,  Monocytes

Hematopoietic  progenitors Hematopoietic 

progenitors

Early B and T cells Early B and T cells

NK cells NK cells

Monocytes and  macrophages Monocytes and 

macrophages

Myelomonocytic cells Myelomonocytic cells

Leukocytes.

Leukocytes.

(24)

Results 

Patient # 1

A 12 Y/O female patient, she was diagnosed as AML-M5.

The following results shows WBCs count pre- post

chemotherapy, bone marrow aspiration, and CD marker in pre chemotherapy:

(25)

Results 

Bone Marrow Aspiration:

The marrow is a particulate but hypercellular trails are seen.

The three hemopoietic cell lineages are

grossly suppressed and replaced by sheets of immature looking mononuclear's, which

on flow analysis were shown to be monocytic in nature.

(26)

Results

Flow Cytometry Result:  

(27)

Incidence of Myeloid Leukemia 

According to Gender

(28)

Incidence of Myeloid Leukemia 

According to Gender

(29)

Frequency of Myeloid Leukemia According to  Type

Sub

(30)

Mortality 

(31)

Incidence of CML According to Age

Age 0‐9 10‐19 20‐29 30‐39 40‐49 50‐90

Male 1 0 1 0 0 1

Female 0 0 0 0 0 0

(32)

Incidence of AML According to Age

Age 0‐9 10‐19 20‐29 30‐39 40‐49 50‐90

Male 2 1 1 3 1 4

Female 1 2 2 1 0 1

(33)

Conclusion 

• AML incidence was more than CML.

1‐ CML affects elderly people while AML affects  all age groups of population.

2‐ CML at early stages is mild disease with 

gradual symptoms.  Some patients attribute  symptoms to “old age” and ignore it.

• The occurrence of CML in males was more than females.  

(34)

Conclusion 

• The sample studied at KAUH contained a 

limited number of cases.  Most of cancer and  leukemia cases are referred to KAHCC.

• Due to the relatively small number of cases,  results cannot be generalized.  

(35)

Recommendation

• A larger scale of this study is needed. 

• All hospitals treating leukemia should be  included.

(36)

Acknowledgement

First and most off all, we are so ever thankful to 

Allah all his mighty for the blessings he bestowed on  us.

We would like to express our great appreciation to  our parents, family and friends for the support they  showed us over the years.

We are very thankful to Hematology lad staff and  especially Mr. Mohammad Farwan for his support  and assistance. 

We are thankful for Dr. Talaat Mirza for his  supervision and guidance.

(37)

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