Comparison of the Hemoglobin Amount between Old and Young Persons in Bosnia and Herzegovina

Abstract

Hemoglobin is a unique protein, which is responsible for oxygen and carbon dioxide transportation all the body. The protein location is inside the erythrocytes and the special oval shape makes it easily pass through blood walls to supply oxygen to the tissues and organs. It is supposed that the hemoglobin amount could change depending on the person`s age, gender or nationality. We designed a research to see the molecular differences among Bosnian and Turkish young person`s whose age interval is 18-23 and old person`s age interval is 43-65. Totally 300 person`s, 50 from each Bosnian/ Turkish Female/Male and 50 old male and 50 old female were selected for the research. The students` the hemoglobin amount has been recorded individually and presented in a table. As a result of the measurement, The Turkish females average has the lowest hemoglobin Turkish males average shows the maximum amount of hemoglobin, 12.01 g/dl and 14.65 g/dl respectively. When the female gets older their the hemoglobin amount increase in their blood, 7.3% in Bosnian and 12.2% in Turkish. On the other side, the male blood the hemoglobin amount is almost similar by aging, Bosnian male hemoglobin just increase 0.74%, but in Turkish male 1.3% decrease. The result shows that female the hemoglobin amount is affected by age more than male.

Study on RBC Count and Hb level between Bangladeshi and Kashmiri Medical Students of Khwaja Yunus Ali Medical College

“…High altitude is the promotional factor for erythropoesis. 20 However, living in high lands a mumber of Kashmiri females were having low Hb level with a poor dietary history and heavy menstrual flow (Table III). It is supported by several research works.…”

Enzyme kinetics and inhibition parameters of human leukocyte glucosylceramidase

“…The improper breakdown of highly hydrophobic GC results in its accumulation in the lysosomes of macrophages, leading to dysfunctions in the spleen, liver, and bone marrow [9,18]. The abnormal accumulation and storage of these substances damage tissues and organs, causing the clinical manifestations of GD [19], which is the most frequent lysosomal storage disorder [20,21]. GD is shown to produce a continuum of different clinical conditions, from the fatal perinatal disorder to the asymptomatic one [22].…”

Enzyme Kinetics and Inhibition Parameters of Human Leukocyte Glucosylceramidase

“…The improper breakdown of highly hydrophobic GC results in its accumulation in the lysosomes of macrophages, leading to dysfunctions in spleen, liver, and bone marrow [16,17]. The abnormal accumulation and storage of these substances damage tissues and organs, causing the clinical manifestations of GD [18], which is the most frequent lysosomal storage disorder [19,20]. GD is shown to produce a continuum of different clinical conditions, from the fatal perinatal disorder to the asymptomatic one [21].…”