This paper proposes a non-invasive and edge-based point-of-care solution (iFlick). The solution estimates hemoglobin level by performing automatic region of interest segmentation and histogram calculation of RGB colors from the eye images. While the solution is tested in the primary health centers, a person is anemic if the hemoglobin level ranges < 11.5 gdL−1. The proposed application reported an accuracy of ±0.057 gdL−1 with 94% sensitivity for 157 participants. The experiment found that iFlick takes 10–15 s to estimate the hemoglobin value. The proposed solution helps the rural healthcare system determine hemoglobin values with the iFlick smart mobile application
Current medical practice for determining hemoglobin concentration (which is especially important for...
In this paper, we propose a smartphone-based biosensor for detecting human total hemoglobin concentr...
We describe the development and clinical evaluation of an automated smartphone-linked sensor capable...
There is worldwide demand for an affordable hemoglobin measurement solution, which is a particular...
Anemia is a public health problem that can have different causes, such as iron deficiency, vitamin d...
Anemia, or low blood hemoglobin (Hgb) levels, afflicts 2 billion people worldwide. Currently, Hgb le...
Hemoglobin level detection is necessary for evaluating health condition in the human. In the laborat...
Smartphone-based telehealth is steadily transforming the delivery of medical care worldwide, moving ...
Anemia is a global public health problem with major consequences for human health. About a quarter o...
We present a small, compact and portable device for point-of-care instantaneous early detection of a...
In most developing countries like Ethiopia, blood count of a microscopic image is done manually whic...
This is a prospective convenience sample study conducted in Emergency Department (ED) patients of an...
We present a small, compact and portable device for point-of-care instantaneous early detection of a...
Blood hemoglobin level (Hgb) measurement has a vital role in the diagnosis, evaluation, and manageme...
Medical practice for determining haemoglobin (Hb) concentration, which is important for anaemic pati...
Current medical practice for determining hemoglobin concentration (which is especially important for...
In this paper, we propose a smartphone-based biosensor for detecting human total hemoglobin concentr...
We describe the development and clinical evaluation of an automated smartphone-linked sensor capable...
There is worldwide demand for an affordable hemoglobin measurement solution, which is a particular...
Anemia is a public health problem that can have different causes, such as iron deficiency, vitamin d...
Anemia, or low blood hemoglobin (Hgb) levels, afflicts 2 billion people worldwide. Currently, Hgb le...
Hemoglobin level detection is necessary for evaluating health condition in the human. In the laborat...
Smartphone-based telehealth is steadily transforming the delivery of medical care worldwide, moving ...
Anemia is a global public health problem with major consequences for human health. About a quarter o...
We present a small, compact and portable device for point-of-care instantaneous early detection of a...
In most developing countries like Ethiopia, blood count of a microscopic image is done manually whic...
This is a prospective convenience sample study conducted in Emergency Department (ED) patients of an...
We present a small, compact and portable device for point-of-care instantaneous early detection of a...
Blood hemoglobin level (Hgb) measurement has a vital role in the diagnosis, evaluation, and manageme...
Medical practice for determining haemoglobin (Hb) concentration, which is important for anaemic pati...
Current medical practice for determining hemoglobin concentration (which is especially important for...
In this paper, we propose a smartphone-based biosensor for detecting human total hemoglobin concentr...
We describe the development and clinical evaluation of an automated smartphone-linked sensor capable...