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Search Results for: hemoglobin

April 27, 2024 By Swati Savla 1 Comment

Top Foods to Increase Hemoglobin Naturally

hemoglobin

Hemoglobin and Iron are two terms that go hand in hand and there’s a simple understanding behind this. 70% of the body’s iron is found in hemoglobin and myoglobin. Hemoglobin is the red colored pigment present in red blood cells which carries oxygen from the lungs to the rest of our body. This released oxygen then permits aerobic respiration to provide energy to power the functions of our body in the process called metabolism. 

That’s not where it’s role ends. It is also a part of other cells which are found in some major organs like lungs, kidneys and the skin. Here, it’s function is that of an antioxidant and regulator of iron metabolism. Finally, it also transports carbon dioxide out of the cells and back to the lungs to be blown out of our body. The expected normal range of Hemoglobin in men is above 13 gm/dL and women is above 12 gm/dL, typically which is not difficult to maintain but still is of major concern if goes below the desired levels, creating a condition called Anemia.

Lack of Folate or B-12, blood loss post surgery, heavy menstrual bleeding or internal bleeding due to ulcers or even inadequate intake are some possible causes of low Hemoglobin levels. All of this explains our symptoms of Anemia like exhaustion, skin paleness, headache to abnormal or rapid heartbeat and chest pain. We’ve read and heard of varied iron supplements which can be taken to replenish extremely low Hemoglobin levels but eating the right kind of foods in the correct combinations can help increase hemoglobin naturally and quickly also. 

What Can You Eat to Increase Hemoglobin? 

When thinking about Hemoglobin, the 1st mineral coming to our mind is Iron but here’s the catch – Iron alone cannot increase your Hb. It has to be in combination with Folate or Vit B12 (depending on the deficiency) and Vit. A & C which act as carriers for it’s better absorption. Combining all the above elements finally gives us this list of foods which can help increase hemoglobin naturally. 

  1. Foods like Shellfish, Sardines, Tuna, Mackerel, Eggs and Meat are high on Heme Iron which is easily absorbed in the body and do not require carriers.
  2. Plant foods like Spinach, Kale, Broccoli, Beetroot, Pumpkin Seeds, and legumes like Soybeans, Chickpeas, Peas, etc. can help as well. 
  3. Vit. A & C rich foods like Tomatoes, Carrots, Lemon, Red Peppers, Oranges, Pomegranates, etc. should be used in combination with above mentioned foods.
  4. Fortified cereals also help as they are high in Folate.

While some elements are carriers, some can act as an hindrance. Phytic acid and Calcium are 2 such elements which make Iron absorption harder. Hence, avoid taking Calcium supplements or very high calcium rich foods along with Iron rich foods or supplements. Before making any changes to your diet, do consult a doctor, nutritionist or your dietitian. 

We hope this article to increase hemoglobin naturally helps you. Do leave your thoughts in the comments below! For more useful information on Hemoglobin and other health-related queries, check out Healthy Reads or speak to a certified expert by subscribing to GOQii’s Personalised Health Coaching here.

#BeTheForce 

May 6, 2015 By Ami Shah 7 Comments

5 ways to boost your hemoglobin

5-Ways-To-Increase-Hemoglobin-Count

One day, my client came to me for the regular follow up. She looked pale to me which ideally was never the case. I tried to find from her why was she looking pale. I probed her to find out if she felt tired after doing any work. And, she said she feels lethargic throughout the day and can’t walk for more than 10 minutes. She felt breathless. I immediately asked her to get her Haemoglobin checked and when she got me the reports. I was surprised to see that her hemoglobin was just at 9. She was definitely anaemic.

The ideal range for women as you all would be aware should be above 12-16mg/dl for children 11-13mg/dl and for males 14-18mg/dl. I believe in “Let food be thy medicine and medicine be thy food”. Nourish your body with a good dose of iron through nutrition rather than popping in supplements.  I told her about hemoglobin boosting foods which I would like to share with you all.

  1. Garden cress seeds: Few years back, this seeds were not commonly known. As, the awareness on health is spreading, this seeds have created its own space in the fitness industry. It is known as Halim (Hindi) or Aliv (Marathi). It is one of the richest vegetarian sources of iron with good bioavailability. 100gms of garden cress seeds provides 1.5mg of iron. It is often given during pregnancy and also it acts as Galactagogue which stimulates milk production in lactating mothers. Daily recommendation is 2 tsp. You need to soak the seeds for a while so that it emanates less heat. If you are trying for the first time, start with ½ tsp to see if your boy easily accepts it because of its heat. You can have garden cress in different forms such as it can be added in kheer, ladoos and be sprinkled on salads.

 

  1. Haeme Iron– It includes liver/oysters/red meat. Liver (pork/beef/chicken/turkey) gives roughly around 23mg of iron in 100 gms. Oysters/mollusks give around 28mg of iron in 100 gms. However, as we know these foods are very high on cholesterol and saturated fats. The frequency of these meats should be minimal. Once in a week 2 medium pieces can be consumed. Also, try to go for either grilled/baked/steamed to make it healthier.

 

  1. Pumpkin seeds- Like, garden cress seeds these seed are gaining popularity these days. 100 gms of pumpkin seeds serves around 8 mg of iron. Pumpkin seeds are not only rich in iron but also in calcium, magnesium, and manganese and iron. Include at least 2-3 tsps in your daily routine. You can have it as a mouth freshener or else sprinkle it over salads.
  2. Spinach– 100 gms of cooked spinach gives around 3.75mg of iron. It is packed with calcium and fiber too. So, next time don’t forget to add this lovely looking greens in your salads/soups and veggies.

 

  1. Dark chocolate– To your surprise, dark chocolate with 75-80% cocoa contains around 17mg of iron. It is also packed with antioxidant. Next time, you can enjoy dark chocolate without any guilt. While savouring, portion needs to be monitored. You can have 2-3 pieces of the chocolate.

The daily recommendation allowance (RDA) for iron:

 

Age Male Female Pregnancy Lactation
Birth to 6 months 0.27 mg* 0.27 mg*
7–12 months 11 mg 11 mg
1–3 years 7 mg 7 mg
4–8 years 10 mg 10 mg
9–13 years 8 mg 8 mg
14–18 years 11 mg 15 mg 27 mg 10 mg
19–50 years 8 mg 18 mg 27 mg 9 mg
51+ years 8 mg 8 mg

* Adequate Intake (AI)

In animal foods, iron is often attached to proteins called heme proteins, and referred to as heme iron. In plant foods, iron is not attached to heme proteins and is classified as non-heme iron. Heme iron is typically absorbed at a rate of 7-35%. Non-heme iron is typically absorbed at a rate of 2-20%.

Also, Vitamin C rich foods like kiwi/amala/lemon/guava/strawberries/sweet lime/oranges enhances the absorption of iron. Henceforth, whenever you consume any iron rich food, don’t forget to have a glass of lemon water along with it which would double up the absorption of the iron.

June 14, 2026 By GOQii Leave a Comment

World Blood Donor Day: The Lifesaving Gift That Science Still Cannot Create

The Big Question: In an era of artificial intelligence and organ transplants, why can’t scientists manufacture a single drop of human blood?
Every year, millions of patients around the world rely on blood transfusions to survive catastrophic accidents, invasive surgeries, cancer treatments, childbirth complications, and chronic illnesses. Despite breathtaking breakthroughs in modern medicine, a complete functional substitute for human blood does not exist. On World Blood Donor Day, we honor the extraordinary individuals whose simple act of voluntary donation keeps the global healthcare system from collapsing.

Imagine a patient being rushed into emergency surgery after a major road accident. A child undergoing intensive chemotherapy for leukemia. A mother experiencing sudden, severe postpartum hemorrhaging during childbirth. Or a patient with thalassemia whose entire life depends on regular, lifelong blood transfusions.

Now, imagine that the one resource all of these individuals urgently need to stay alive cannot be manufactured in a laboratory. It cannot be bio-printed using advanced technology, and it cannot be mass-produced in a pharmaceutical factory. That resource is human blood.

In a world driven by rapid scientific innovation, human blood remains one of the few medical resources that cannot be artificially replicated. Every drop used in hospitals comes from one source alone: another human being. This is why World Blood Donor Day, observed globally on June 14, remains one of the most critical healthcare awareness initiatives on the planet.

Why Blood Donation Matters

Blood is the ultimate fluid of life. It acts as a highly specialized transport system, delivering oxygen, essential nutrients, hormones, and immune cells to every tissue in the body while carrying away cellular waste products. When severe blood loss occurs due to trauma, or when a chronic medical condition impairs the bone marrow’s ability to produce healthy cells, a transfusion is the only viable solution.

Donated blood is a structural pillar for patients who:

  • Experience severe physical trauma or major accidents
  • Undergo complex cardiothoracic, orthopedic, or neurological surgeries
  • Receive chemotherapy treatments that temporarily suppress bone marrow function
  • Live with genetic blood disorders such as thalassemia and sickle cell disease
  • Require organ transplants, which inherently involve significant blood loss
  • Face unexpected acute complications during pregnancy and childbirth

For these individuals, a steady supply of blood is not simply beneficial—it is the thin line between life and death.

The One Resource Science Still Cannot Create

Medical science has transformed human longevity in remarkable ways. Today, surgeons can replace failing joints with titanium implants, transplant hearts and kidneys, utilize robotic-assisted surgical fields, and develop highly targeted immunotherapies.

Yet, despite decades of heavily funded international research, scientists have not been able to engineer a complete synthetic replacement for human blood that safely performs all of its vital biological functions. Blood is too chemically complex. It requires a perfect balance of fluid dynamics, oxygen-binding capacities, immune defenses, and clotting mechanisms.

This means every emergency room, trauma center, intensive care unit, and operating theater depends entirely on the goodwill of voluntary blood donors. Without them, there is no blood supply. And without a stable blood supply, modern life-saving treatments simply cannot happen.

One Donation, Multiple Saved Lives

A common misconception among first-time donors is that their single unit of donated blood (about 350ml to 450ml) helps only one person. In reality, modern blood banking utilizes a process where a single donation is separated into three distinct, highly potent components:

  • Red Blood Cells (Packed RBCs): Primarily used for patients experiencing acute blood loss from trauma, major surgeries, or individuals suffering from severe anemia.
  • Platelets: Frequently administered to cancer patients undergoing chemotherapy, whose platelet counts drop dangerously low, and individuals with severe blood clotting disorders.
  • Plasma: The liquid portion of the blood, packed with proteins and clotting factors, used in emergency trauma care, severe burn treatments, and the management of complex bleeding conditions.

Because these components can be distributed to entirely different wards, your single act of generosity can save up to three separate lives.

Demolishing Common Blood Donation Myths

Fear and misinformation are the primary reasons why eligible adults hesitate to donate. Let’s look directly at what clinical science says:

  • Myth 1: Donating blood permanently weakens your body.
    • The Reality: Most healthy adults can donate without a single long-term side effect. While you may feel temporarily tired immediately afterward, your body replaces the lost fluid volume within 24 to 48 hours, provided you drink enough fluids. Your red blood cells are fully replenished within a few weeks.
  • Myth 2: Blood donation is incredibly painful.
    • The Reality: Aside from a brief, minor needle prick when the sterile line is inserted, the actual process of blood collection causes zero pain or major discomfort.
  • Myth 3: My blood type is common, so it isn’t needed.
    • The Reality: Common blood types (like O+ or A+) are precisely the ones in the highest demand because the majority of patients requiring transfusions share those exact blood groups. Hospitals require a non-stop, steady stream of all blood types to prevent critical shortages.
  • Myth 4: A single donation doesn’t make a dent.
    • The Reality: Every single unit counts. Blood banking relies on a steady accumulation of individual donations. Because blood products have a limited shelf life, a steady, daily influx of donors is the only way to maintain a safe public net.

What to Expect: The Simple Step-by-Step Process

If you are stepping up to donate for the first time, you will find that the entire medical protocol is incredibly straightforward and efficient:

[1. Registration] ──►[2. Health Screening] ──►[3. Safe Donation] ──►[4. Rest & Refreshments]

(Info Check)                     (Mini-Physical)                  (Takes 8-10 Mins)              (Fluid Rebalancing)

  1. Registration: You will fill out a basic questionnaire regarding your personal details, recent travel history, and overall lifestyle habits.
  2. The Mini Health Check: A healthcare professional will perform a brief clinical screening. They will check your blood pressure, pulse rate, body temperature, and test a tiny drop of blood to verify your hemoglobin levels. This ensures that donating is completely safe for your body.
  3. The Donation: You will relax in a comfortable chair. The actual collection of a single unit of blood takes a mere 8 to 10 minutes.
  4. Recovery & Refreshment: After the needle is safely removed, you will rest for 10 to 15 minutes while enjoying a light snack and a hydrating beverage to instantly kickstart your fluid rebalancing.

An Unexpected Personal Benefit

While altruism is the driving force behind World Blood Donor Day, the process serves as an excellent tool for preventative health awareness. The standardized screening acts as a free, mini-physical that catches undiagnosed issues like high blood pressure or low hemoglobin early.

Furthermore, your blood sample undergoes strict laboratory testing for infectious diseases (including Hepatitis, HIV, and malaria) before it can ever be cleared for hospital use, offering you an extra layer of personal health security.

How to Prepare for a Perfect Donation Experience

To ensure your body transitions smoothly and recovers rapidly on the day of your donation, implement these simple preparatory steps:

  • Secure a full 7 to 8 hours of high-quality sleep the night before.
  • Stay exceptionally well-hydrated by drinking water or coconut water leading up to your appointment.
  • Eat a clean, balanced meal containing complex carbohydrates and iron within 2 to 3 hours of donating; never donate on an empty stomach.
  • Avoid drinking alcohol for 24 hours prior to your session.
  • Post-donation, avoid strenuous physical exercise or heavy weight-lifting for the remainder of the day to protect your blood volume, focusing instead on restful recovery.

World Blood Donor Day highlights a humbling medical truth: the most advanced hospital treatments in the world still depend entirely on a simple, timeless human act of compassion. Blood cannot be synthesized in a lab, nor can it be ordered from a factory when supplies run low. It can only be given from one human heart to another.

If you meet the medical eligibility criteria, choosing to donate blood is one of the most powerful contributions you can make to community wellness. Your choice can grant a second chance at life, a future, and hope to a patient you may never meet. When it comes to saving lives, every single drop truly counts.

Pro Tip: Maintaining a vibrant, healthy body is the best way to ensure you are always eligible to give the gift of life. Use the GOQii App to log your daily water intake, track your nutrient-dense meals, and log your sleep habits. You can consult with your GOQii Personalised Health Coach to optimize your baseline nutrition and wellness metrics, helping you build a strong foundation for long-term health and vitality!

Frequently Asked Questions (FAQs)

  1. How often can an individual safely donate blood?

The safe medical interval for whole blood donations is typically every 56 days (8 weeks) for men and every 90 days (12 weeks) for women. This window allows your bone marrow ample time to completely regenerate your red blood cell count and safely rebuild your iron stores.

  1. Is the blood donation process completely safe?

Yes, absolutely. Blood donation is conducted under strict clinical protocols at licensed blood banks. Every single needle, bag, and tube used during the extraction is 100% sterile and completely disposable. It is physically impossible to contract any bloodborne virus or infection by donating blood.

  1. How long does it take for my body to replace the donated blood volume?

Your blood volume (the liquid plasma portion) is completely restored within 24 to 48 hours through adequate fluid intake. However, it takes your bone marrow approximately 4 to 6 weeks to fully synthesize and replace the actual red blood cell count.

  1. Can individuals taking regular medications donate blood?

It depends entirely on the specific medication. Individuals taking standard medications for controlled high blood pressure or thyroid conditions are typically cleared to donate. However, if you are taking blood thinners, antibiotics for an active infection, or certain acne medications, you will face a temporary deferral period. Always disclose your full medication list to the screening staff.

  1. Why does blood have such a critical, non-stop demand?

Unlike frozen plasma, whole blood and packed red blood cells have a very strict, fragile shelf life—they can only be stored safely for up to 42 days. Platelets are even more volatile, expiring within just 5 days of collection. Because blood components degrade quickly, continuous daily donations are mandatory to prevent bank shortages.

#BeTheForce

Disclaimer: This article is intended for educational and informational purposes only. It is not intended to replace professional medical advice, diagnosis, or treatment. Always consult the medical personnel at a certified blood donation center to verify your specific personal eligibility before donating blood.

May 8, 2026 By GOQii Leave a Comment

International Thalassaemia Day 2026: Hidden No More

Fatigue, weakness, and pale skin are often dismissed as simple exhaustion or a busy lifestyle. But for millions of people worldwide, these are the silent, everyday symptoms of an inherited genetic blood disorder: Thalassaemia.

Observed globally on May 8th, International Thalassaemia Day is dedicated to raising awareness about this condition, honoring the resilience of patients, and advocating for equitable access to quality healthcare.

This year, the Thalassaemia International Federation (TIF) has announced a powerful 2026 theme: “Hidden No More: Finding the Undiagnosed. Supporting the Unseen.” Here is what you need to know about the 2026 campaign, the importance of early diagnosis, and how we can collectively support those living with this condition.

What is Thalassaemia?

Thalassaemia is a genetic blood disorder that affects the body’s ability to produce normal hemoglobin, the protein in red blood cells that carries oxygen throughout the body. When the body cannot produce enough healthy hemoglobin, it leads to the destruction of red blood cells, resulting in mild to severe anemia.

The condition is generally categorized into two main types:

  • Thalassaemia Minor (Trait): Individuals carry the genetic trait but often experience no symptoms or only mild anemia.
  • Thalassaemia Major: A severe form where individuals inherit the defective gene from both parents. This requires lifelong medical care, including regular blood transfusions and iron chelation therapy.

Why the 2026 Theme Matters

The 2026 theme, “Hidden No More,” shines a crucial light on the gaps in global healthcare.

  1. Finding the Undiagnosed

Millions of people unknowingly carry the Thalassaemia trait (Thalassaemia Minor). Because the symptoms are either absent or very mild, it remains “hidden.” The danger arises when two individuals with the trait have a child, leading to a 25% chance the child will be born with Thalassaemia Major.

Pre-marital and pre-conceptual genetic screening typically a simple blood test called Hb Electrophoresis is the most effective way to identify carriers and make informed family planning decisions.

  1. Supporting the Unseen

Living with Thalassaemia Major is a full-time commitment. Patients spend countless hours in hospitals receiving blood transfusions, which are essential for survival but can lead to severe iron overload in vital organs like the heart and liver. “Supporting the unseen” means advocating for better, more affordable treatment options, comprehensive mental health support, and robust public healthcare infrastructure for these warriors.

How to Support Your Health with Thalassaemia

While medical treatment is non-negotiable, lifestyle plays a highly supportive role in managing the condition safely and effectively.

  • Strictly Managed Nutrition: Unlike typical anemia, people with Thalassaemia (especially those receiving transfusions) must often actively avoid iron-rich foods and Vitamin C supplements. Vitamin C drastically increases iron absorption, which can lead to toxic iron overload in the heart and liver. Always work with a clinical hematologist and nutritionist to build a safe, customized, low-iron meal plan.
  • Prioritize Mental Health: The emotional toll of managing a lifelong chronic illness, frequent hospital visits, and needle fatigue is immense. Supporting the “unseen” means taking care of the mind just as much as the body. Finding community support, practicing daily meditation, and actively managing stress are critical components of long-term care.
  • Gentle Movement: While heavy exertion may cause extreme fatigue, light, low-impact activity helps maintain bone density (which can weaken due to bone marrow expansion in Thalassaemia) and cardiovascular health. Taking short, gentle walks can boost endorphins without overtaxing the body.

How You Can Help: Become a Lifeline

You do not need to be a doctor to save a life. Blood donation is the absolute lifeline for Thalassaemia Major patients, who typically require transfusions every 2 to 4 weeks. By becoming a regular, voluntary blood donor, you are directly supporting the “unseen” individuals fighting this disorder every single day.

Thalassaemia is a lifelong journey, but with the right awareness, timely diagnosis, and consistent medical care, individuals can lead fulfilling lives. This International Thalassaemia Day, let’s pledge to break the silence. Get screened, encourage your loved ones to do the same, and consider donating blood to support the community.

Need guidance on managing a chronic condition through balanced nutrition and lifestyle changes? Subscribe for Personalised Health Coaching directly from a GOQii Coach in the GOQii App for expert, one-on-one support.

Frequently Asked Questions (FAQs)

  1. What is the theme for International Thalassaemia Day 2026?

The 2026 theme is “Hidden No More: Finding the Undiagnosed. Supporting the Unseen,” which focuses on diagnosing hidden carriers and supporting patients who require lifelong care.

  1. How is Thalassaemia diagnosed?

Thalassaemia is diagnosed through specific blood tests, primarily a Complete Blood Count (CBC) and a Hemoglobin Electrophoresis test, which evaluates the types and amounts of hemoglobin in the blood.

  1. Can Thalassaemia be completely cured?

Currently, the only potential cure for severe Thalassaemia is a bone marrow or stem cell transplant from a compatible donor (usually a sibling). However, this procedure carries significant risks. For most, it is a manageable condition through regular blood transfusions and iron chelation therapy.

#BeTheForce

Disclaimer: This article is intended for educational and informational purposes only and should not be considered a substitute for professional medical advice, diagnosis, or treatment. Always consult with your doctor, hematologist, or a qualified healthcare provider regarding specific medical conditions, genetic testing, and treatment protocols.

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