Haemoglobin
Measuring Haemoglobin supports clinical assessment of full blood count and can help identify patterns consistent with dysfunction or active disease processes.
Booking product
Anaemia Profile is a private blood test available at Manchester Chemist. It includes 25 biomarkers, processed by Randox, an expected turnaround time of 24hrs, test code RP21, and prices from ยฃ140.This panel is designed t...
Anaemia Profile is a private blood test available at Manchester Chemist. It includes 25 biomarkers, processed by Randox, an expected turnaround time of 24hrs, test code RP21, and prices from ยฃ140.
This panel is designed to support assessment of full blood count, infection & inflammation, iron status, muscle & joint health, and nutritional health. It may be useful for screening, monitoring, or investigating health concerns in the appropriate clinical context.
Samples are taken on site by our trained team. If you are unsure whether this is the right test for you, please contact Manchester Chemist before booking.
Biomarkers used to assess red cells, white cells, platelets, and related haematology patterns.
Measuring Haemoglobin supports clinical assessment of full blood count and can help identify patterns consistent with dysfunction or active disease processes.
Platelet Count is included to evaluate aspects of full blood count, helping interpret function, balance, or potential abnormalities.
White Blood Cell Count contributes to the full blood count profile, offering information that may be useful for screening or monitoring in the appropriate clinical context.
Neutrophil Count provides insight into physiology relevant to full blood count, and is commonly used for screening or follow-up.
Monocyte Count provides insight into physiology relevant to full blood count, and is commonly used for screening or follow-up.
Measuring Eosinophil Count supports clinical assessment of full blood count and can help identify patterns consistent with dysfunction or active disease processes.
Lymphocyte Count provides insight into physiology relevant to full blood count, and is commonly used for screening or follow-up.
Basophil Count provides insight into physiology relevant to full blood count, and is commonly used for screening or follow-up.
Red Blood Cell Count contributes to the full blood count profile, offering information that may be useful for screening or monitoring in the appropriate clinical context.
Mean Cell Volume provides insight into physiology relevant to full blood count, and is commonly used for screening or follow-up.
Measuring Mean Cell Haemoglobin Concentration (MCHC) supports clinical assessment of full blood count and can help identify patterns consistent with dysfunction or active disease processes.
Mean Cell Haemoglobin is included to evaluate aspects of full blood count, helping interpret function, balance, or potential abnormalities.
Hematocrit contributes to the full blood count profile, offering information that may be useful for screening or monitoring in the appropriate clinical context.
Biomarkers used to assess vitamin, mineral, and broader nutritional status.
Measuring Folic Acid supports clinical assessment of nutritional health and can help identify patterns consistent with dysfunction or active disease processes.
Vitamin B12 is included to evaluate aspects of nutritional health, helping interpret function, balance, or potential abnormalities.
Biomarkers used to assess inflammatory activity and possible infection.
C-Reactive Protein is included to evaluate aspects of infection & inflammation, helping interpret function, balance, or potential abnormalities.
Biomarkers used to assess iron storage, transport, and iron availability.
Ferritin reflects iron stores and helps assess iron deficiency or iron overload in clinical context.
Transferrin Saturation is included to evaluate aspects of iron status, helping interpret function, balance, or potential abnormalities.
Transferrin contributes to the iron status profile, offering information that may be useful for screening or monitoring in the appropriate clinical context.
Total Iron Binding Capacity provides insight into physiology relevant to iron status, and is commonly used for screening or follow-up.
Iron contributes to the iron status profile, offering information that may be useful for screening or monitoring in the appropriate clinical context.
Biomarkers used to assess muscle injury, inflammation, and joint-related processes.
Enzyme released from muscle; rises with muscle injury, inflammation, strenuous exercise, or myositis.
Measuring Troponin-T supports clinical assessment of muscle & joint health and can help identify patterns consistent with dysfunction or active disease processes.
Myoglobin provides insight into physiology relevant to muscle & joint health, and is commonly used for screening or follow-up.
Measuring CK-MB supports clinical assessment of muscle & joint health and can help identify patterns consistent with dysfunction or active disease processes.