IDENTIFICATION OF ANEMIA SYNDROME IN URBAN AND RURAL LEUKEMIA PATIENTS IN DYNAMICS FOR 2019-2023

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Suleymanova, D., & Ulugova , S. (2025). IDENTIFICATION OF ANEMIA SYNDROME IN URBAN AND RURAL LEUKEMIA PATIENTS IN DYNAMICS FOR 2019-2023. Journal of Multidisciplinary Sciences and Innovations, 1(1), 478–481. Retrieved from https://inlibrary.uz/index.php/jmsi/article/view/84279
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Journal of Multidisciplinary Sciences and Innovations

Abstract

Iron deficiency anemia (IDA) is often associated with various chronic diseases, including oncological and oncohematological diseases (leukemia, multiple myeloma, myelodysplastic syndrome, etc.) (1,4,5). According to the World Health Organization (WHO), about 1.62 billion people on the planet suffer from various pathogenetic variants of anemia. IDA accounts for 80% of all forms of anemia in adults [2,3]. The pathogenesis of anemia in chronic diseases (ACD) is associated with iron metabolism, which changes due to an increase in the level of hepcidin, which inhibits the absorption and recirculation of iron. As a result, iron absorption in the duodenum and small intestine decreases, iron recirculation is impaired [8]. The development of anemic syndrome and iron metabolism in patients with hemoblastoses, and in particular leukemia, have been insufficiently studied and have conflicting opinions (2,3).

 

 


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IDENTIFICATION OF ANEMIA SYNDROME IN URBAN AND RURAL LEUKEMIA

PATIENTS IN DYNAMICS FOR 2019-2023

Suleymanova D.N

.,

Ulugova Sh.T

.

Doctor of Medical Sciences, Professor

Republican Specialized Scientific Research Medical Center of Hematology

Abstract:

Iron deficiency anemia (IDA) is often associated with various chronic diseases,

including oncological and oncohematological diseases (leukemia, multiple myeloma,

myelodysplastic syndrome, etc.) (1,4,5). According to the World Health Organization (WHO),

about 1.62 billion people on the planet suffer from various pathogenetic variants of anemia. IDA

accounts for 80% of all forms of anemia in adults [2,3]. The pathogenesis of anemia in chronic

diseases (ACD) is associated with iron metabolism, which changes due to an increase in the level

of hepcidin, which inhibits the absorption and recirculation of iron. As a result, iron absorption in

the duodenum and small intestine decreases, iron recirculation is impaired [8]. The development

of anemic syndrome and iron metabolism in patients with hemoblastoses, and in particular

leukemia, have been insufficiently studied and have conflicting opinions (2,3).

Keywords:

Anemic syndrome, hematology, oncological, iron, leukemia, metabolism.

Introduction

. Retrospective studies covered 505 case histories from the archive of the clinic of

the Republican Specialized Scientific Research Center of Hematology. Of these, 280 are men,

225 are women. The age of patients is 18-81 years. 240 are urban residents, 265 are rural.

Analyzes from venous blood of patients were performed on a modern hematology analyzer

mindray Bc-5600. Hospitalization of patients with leukemia in the hematology department for

2019-2023 showed that during the years of the Covid-19 epidemic (2020-2021), the number of

patients was significantly higher than before and after the Covid-19 epidemic. Anemic syndrome

is detected in 86-100% of patients with leukemia, in the dynamics for 2019-2023, no reliable

differences in the indicators of anemic syndrome were found. Among urban patients, the

detection rate of mild anemia was significantly higher than in rural patients 46.81% and 34.52%,

respectively, and the detection rate of moderate anemia was significantly higher in rural patients

- 43.25%, compared to urban patients - 31.06%. In the Republic of Uzbekistan, the dynamics of

treated patients with leukemia and anemic syndrome for 2019-2023 have not been studied.

Pathogenetic approaches to the diagnosis and treatment of anemic syndrome in patients with

leukemia have also not been studied. These studies will identify the dynamics of treated patients

with leukemia in recent years and evaluate existing approaches in hematological practice to the

diagnosis and treatment of anemic syndrome in patients with leukemia

Materials and methods.

Retrospective studies covered 505 case histories of treated patients

with leukemia for the period 2019-2023 in the clinic of the RSSPMCG. Of these, 280 were men,

225 were women. The age of patients was 18-81 years. 240 were urban residents, 265 were rural.

Analyses from venous blood of patients were carried out on a modern hematology analyzer

mindray Bc-5600.

Results and discussion


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The study of the dynamics of anemic syndrome in patients with leukemia hospitalized in the

clinic of the RSSPMCG in 2019-2023 is presented below. A comparative assessment of the

indicators of rural and urban residents was carried out.
Table 1
Rates of hospitalization of patients with leukemia in the hematology clinic
RSNPMCG for 2019-2023

Rural

City

Total

№ year

Abc

%

Abc

%

Abc

%

1

2019

49

18,71

47

19,34

96

19,00

2

2020

63

24,06

59

24,28

122

24,16

3

2021

53

20,23

60

24,69

113

22,38

4

2022

39

14,86

29

11,94

68

13,47

5

2023

58

22,14

48

19,75

106

20,99

Total

262

100,00

243

100,00

505

100,00

In 2019-2023, only 505 patients with leukemia were admitted to the clinic, of which 51.89%

were rural residents, 48.11% were urban, no significant difference was found between the

indicators. A study of the indicators in dynamics over 5 years also did not reveal a reliable

difference, therefore, the number of patients with leukemia admitted to the clinic, both urban and

rural, did not differ significantly. However, a study of the dynamics of admission of patients with

leukemia to the clinic over 5 years indicates that the largest number of patients were admitted in

2020-2021 - 22.38% and 24.16%, which coincides with the years of the Covid-19 epidemic. The

smallest number of patients was noted in 2023 - 13.47%, the difference is reliable. In 2024, the

number of patients increased again to 20.99%, which corresponds to the number of patients in

2019, i.e. before the epidemic.
Therefore, the Covid-19 epidemic contributed to the increase in the number of patients with

leukemia in both rural and urban environments.
Diagram 1
Rates of hospitalization of patients with leukemia in the hematology clinic
RSNPMCG for 2019-2023


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It is possible that this was facilitated by a decrease in the immunity of patients due to a viral

infection, perhaps there are other reasons for the increase in the incidence of leukemia during the

years of the Covid-19 epidemic, this issue requires further comprehensive study.

A study of the detection of anemic syndrome among patients with leukemia showed that among

urban patients, anemic syndrome was detected in 99.57%, in rural patients 96.18, the difference

is insignificant. The dynamics of anemia indicators for 2019 - 2023 did not reveal a significant

difference between urban and rural patients.

Among urban patients, the detection of mild anemia was significantly higher than in rural

patients 46.81% and 34.52%, respectively. Moderate to severe anemia was more often detected

in rural patients - 43.25%, compared to urban - 31.06%, the difference is significant. The rates of

severe anemia did not differ significantly and amounted to 21.70% in urban patients and 22.22%

in rural patients.

Thus, although the rates of anemic syndrome detection in urban and rural patients did not differ

significantly, mild anemia rates significantly prevailed among urban patients, while moderate

anemia rates significantly prevailed among rural patients.

Slow development of leukemia and mild anemia contribute to the appearance of minor clinical

manifestations, or they may be absent. In patients with leukemia, in most cases, the symptoms of

the underlying disease prevail over anemia, but sometimes anemic syndrome may be its first

manifestation. In patients with anemia, leukemia patients experience symptoms such as fatigue,

weakness, pale skin, palpitations, shortness of breath, and decreased tolerance to physical

activity. However, these same symptoms are also characteristic of leukemia, so many patients

with leukemia receive antianemic treatment at the initial stages of the disease, sometimes this

period lasts for several months. In most cases, after unsuccessful treatment of anemia, and the

appearance of such specific symptoms of leukemia as - enlargement of peripheral lymph nodes,

liver, spleen, development of hemorrhagic syndrome, fever, patients are referred to a

hematologist, most patients are admitted to the clinic with late diagnosis, and about 20% in the

terminal stage. It should also be emphasized that patients with leukemia may have other factors

that lead to anemic syndrome: iron deficiency, folic acid deficiency or vitamin B12 (1,2,3,4).

Why is it important to promptly identify and treat anemic syndrome in patients with leukemia?

Anemia worsens the results of chemotherapy and radiation therapy, which have a negative effect

on the bone marrow. Anemia reduces immunity and worsens the prognosis of the outcome of

leukemia. According to the literature, the prevalence of anemia in patients with hemoblastoses

varies from 22% to 90%; in some diseases, in particular, in myelodysplastic syndrome, anemia

may be the only manifestation of the disease [6,7].

CONCLUSIONS

1. Hospitalization of patients with leukemia in the hematology department for 2019-2023

showed that during the years of the Covid-19 epidemic (2020-2021), the number of patients was

significantly higher than before and after the epidemic.
2. Anemic syndrome is detected in 86-100% of patients with leukemia, in the dynamics for

2019-2023, no significant differences in the indicators were found.
3. Among urban patients, the detection of mild anemia was significantly higher than in rural

patients 46.81% and 34.52%, respectively, and the detection of moderate anemia was

significantly higher in rural patients - 43.25%, compared to urban - 31.06%.

References:

1. Suleimanova D.N., Turabov A.Z, Zoirov G.Z., Asrarova N.M., Akbarova R.K., Ulugova Sh.T.

Efficiency of parenteral ferrotherapy in patients with anemia of chronic diseases and iron

deficiency anemia. The multidisciplinary journal jf aciece and tehnologi ISSN: 2582-4686 SJIF


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https://ijmri.de/index.php/jmsi

volume 4, issue 2, 2025

481

2021-3.261,SJIF 2022-2.889, 2023-5.384 ResearchBib IF: 8.848 / 2024 - VOLUME-4, SSUE-10.
2. Ulugova Sh.T., Islamov M.S., Suleimanova D.N. The causes of leukemia are anemia. Journal

of Humanitarian and Natural Sciences. ISS: 2181 – 4007 №5(10), 2024.Vol.1. pp. 258-261
3. Ulugova Sh.T., Islamov M.S., Suleimanova D.N. Indicators of anemic syndrome in primary

patients with leukemia depending on profession and nationality. Journal of Humanitarian and

Natural Sciences. ISS: 2181 – 4007 №5(10), 2024.Vol.1. pp. 255-258.

4. Khalilova N.A., Trapeznikova A.Yu., Shestakova M.D. Iron deficiency anemia in the

structure of chronic diseases. https//o3,gpmu.org/index.php/childmed/frticle/view/5725/

10.10.2024, p,10
5.khmerzaeva Z.Kh.1, Parovichnikova E.N.1, Rusinov M.A.1, Zotina E.N. 2, Gavrilova L.V. 3,

Pristupa A.S.4, THE EPIDEMIOLOGICAL STUDY OF ACUTE LEUKEMIA IN FIVE

REGIONS OF THE RUSSIAN FEDERATION Hematology and Transfusiology. 2017; 62(1)

Original article, DOI http://dx.doi.org/10.18821/0234-5730-2017-62-1-46-51

6. Santos F.P., Alvarado Y., Kantarjian H. et al. Long-term prognostic impact of the use of
erythropoietic-stimulating agents in patients with chronic myeloid leukemia in chronic phase

treated with imatinib // Cancer. – 2011. - Vol.117. - P.982–991.

7. Truong P.T., Parhar T., Hart J. et al. Population-based analysis of the frequency of anemia

and

its management before and during chemotherapy in patients with malignant lymphoma // Am. J.

Clin. Oncol. - 2010. - Vol.33. - P.465-468.

8. Santosh H.N., Nagaraj T., Sasidaran A. Anemia of chronic disease: A comprehensive review

//Journal of Medicine, Radiology, Pathology & Surgery.- 2015.- Vol. 1.-R.13-16

References

Suleimanova D.N., Turabov A.Z, Zoirov G.Z., Asrarova N.M., Akbarova R.K., Ulugova Sh.T. Efficiency of parenteral ferrotherapy in patients with anemia of chronic diseases and iron deficiency anemia. The multidisciplinary journal jf aciece and tehnologi ISSN: 2582-4686 SJIF 2021-3.261,SJIF 2022-2.889, 2023-5.384 ResearchBib IF: 8.848 / 2024 - VOLUME-4, SSUE-10.

Ulugova Sh.T., Islamov M.S., Suleimanova D.N. The causes of leukemia are anemia. Journal of Humanitarian and Natural Sciences. ISS: 2181 – 4007 №5(10), 2024.Vol.1. pp. 258-261

Ulugova Sh.T., Islamov M.S., Suleimanova D.N. Indicators of anemic syndrome in primary patients with leukemia depending on profession and nationality. Journal of Humanitarian and Natural Sciences. ISS: 2181 – 4007 №5(10), 2024.Vol.1. pp. 255-258.

Khalilova N.A., Trapeznikova A.Yu., Shestakova M.D. Iron deficiency anemia in the structure of chronic diseases. https//o3,gpmu.org/index.php/childmed/frticle/view/5725/ 10.10.2024, p,10

khmerzaeva Z.Kh.1, Parovichnikova E.N.1, Rusinov M.A.1, Zotina E.N. 2, Gavrilova L.V. 3, Pristupa A.S.4, THE EPIDEMIOLOGICAL STUDY OF ACUTE LEUKEMIA IN FIVE REGIONS OF THE RUSSIAN FEDERATION Hematology and Transfusiology. 2017; 62(1) Original article, DOI http://dx.doi.org/10.18821/0234-5730-2017-62-1-46-51

Santos F.P., Alvarado Y., Kantarjian H. et al. Long-term prognostic impact of the use of

erythropoietic-stimulating agents in patients with chronic myeloid leukemia in chronic phase treated with imatinib // Cancer. – 2011. - Vol.117. - P.982–991.

Truong P.T., Parhar T., Hart J. et al. Population-based analysis of the frequency of anemia and

its management before and during chemotherapy in patients with malignant lymphoma // Am. J. Clin. Oncol. - 2010. - Vol.33. - P.465-468.

Santosh H.N., Nagaraj T., Sasidaran A. Anemia of chronic disease: A comprehensive review //Journal of Medicine, Radiology, Pathology & Surgery.- 2015.- Vol. 1.-R.13-16