ISSN 0303-5212
 

Original Research 
RMJ. 2024; 49(4): 815-818


Hemoglobin & neural efficiency: The surprising acceleration of nerve conduction velocity in healthy young adults

Farhana Tabsam Qamar, Shemaila Saleem, Fouzia Hanif, Armaghana Qamar Khan, Qudsia Ishaq.


Abstract
Objective: To explore the association of hemoglobin level with nerve conduction velocity (NCV) in young healthy adults.
Methodology: The study employed a cross sectional design and was conducted at the Physiology department of the Federal Medical College, Islamabad, Shaheed Zulfiqar Ali Bhutto Medical University (SZABMU), Islamabad, Pakistan from June 2023 to December 2023. Nonprobability convenience sampling was employed. Medical students with age range of 15 to 25 years were included in the study. Exclusion criteria involved age outside the range and comorbidities like hypertension, anxiety etc. A total of 134 participants were included. Blood samples were collected, and hemoglobin was measured on automatic analyzer Sysmex XN550 by electrical impedance method. Data analysis was conducted using IBM SPSS Statistics version 26,
Results: Most participants were female (75.4%). Mean age was 19.65±1.10 years (range 8-20). Mean hemoglobin level was 12.54±1.90 mg/dl, and mean NCV was 69.73±19.99 m/s. The Pearson correlation coefficient between hemoglobin and NCV was 0.903, indicating a strong positive correlation (p<0.001) between hemoglobin and NCV.
Conclusion: The strong positive correlation between hemoglobin levels and NCV warrants further investigation into the interplay between these variables.

Key words: Nerve conduction velocity (NCV), hemoglobin levels, gender, BMI.


 
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How to Cite this Article
Pubmed Style

Qamar FT, Saleem S, Hanif F, Khan AQ, Ishaq Q. Hemoglobin & neural efficiency: The surprising acceleration of nerve conduction velocity in healthy young adults. RMJ. 2024; 49(4): 815-818.


Web Style

Qamar FT, Saleem S, Hanif F, Khan AQ, Ishaq Q. Hemoglobin & neural efficiency: The surprising acceleration of nerve conduction velocity in healthy young adults. https://www.rmj.org.pk/?mno=217897 [Access: November 17, 2024].


AMA (American Medical Association) Style

Qamar FT, Saleem S, Hanif F, Khan AQ, Ishaq Q. Hemoglobin & neural efficiency: The surprising acceleration of nerve conduction velocity in healthy young adults. RMJ. 2024; 49(4): 815-818.



Vancouver/ICMJE Style

Qamar FT, Saleem S, Hanif F, Khan AQ, Ishaq Q. Hemoglobin & neural efficiency: The surprising acceleration of nerve conduction velocity in healthy young adults. RMJ. (2024), [cited November 17, 2024]; 49(4): 815-818.



Harvard Style

Qamar, F. T., Saleem, . S., Hanif, . F., Khan, . A. Q. & Ishaq, . Q. (2024) Hemoglobin & neural efficiency: The surprising acceleration of nerve conduction velocity in healthy young adults. RMJ, 49 (4), 815-818.



Turabian Style

Qamar, Farhana Tabsam, Shemaila Saleem, Fouzia Hanif, Armaghana Qamar Khan, and Qudsia Ishaq. 2024. Hemoglobin & neural efficiency: The surprising acceleration of nerve conduction velocity in healthy young adults. Rawal Medical Journal, 49 (4), 815-818.



Chicago Style

Qamar, Farhana Tabsam, Shemaila Saleem, Fouzia Hanif, Armaghana Qamar Khan, and Qudsia Ishaq. "Hemoglobin & neural efficiency: The surprising acceleration of nerve conduction velocity in healthy young adults." Rawal Medical Journal 49 (2024), 815-818.



MLA (The Modern Language Association) Style

Qamar, Farhana Tabsam, Shemaila Saleem, Fouzia Hanif, Armaghana Qamar Khan, and Qudsia Ishaq. "Hemoglobin & neural efficiency: The surprising acceleration of nerve conduction velocity in healthy young adults." Rawal Medical Journal 49.4 (2024), 815-818. Print.



APA (American Psychological Association) Style

Qamar, F. T., Saleem, . S., Hanif, . F., Khan, . A. Q. & Ishaq, . Q. (2024) Hemoglobin & neural efficiency: The surprising acceleration of nerve conduction velocity in healthy young adults. Rawal Medical Journal, 49 (4), 815-818.