Saturday 30 January 2016

Management of Iron Deficient Anemia and Iron Toxicity

How We Can Prevent Anemia?
Consider the following groups
i)                 Pregnant women, women with menorrhagia,
ii)               Consumers of a strict vegetarian diet.
iii)            Infants,
iv)            Adolescent girls,
v)               and regular blood donors.
Pregnant women have been given supplemental iron often in the form of all-purpose capsules containing vitamins, calcium, and iron. If the patient is anemic (hemoglobin < 11 g/dL), administer the iron at a different time of day than calcium because calcium inhibits iron absorption.
Iron supplementation of the diet of infants is advocated. Premature infants require more iron supplementation than term infants. Infants weaned early and fed bovine milk require more iron because the higher concentration of calcium in cow milk inhibits absorption of iron. Usually, infants receive iron from fortified cereal. Additional iron is present in commercial milk formulas.
Iron supplementation in populations living on a largely vegetarian diet is advisable because of the lower bioavailability of inorganic iron than heme iron.
How Is Iron Deficiency Anemia Treated?
Diets high that include the following foods can help treat or prevent iron deficiency:
i)                  dark green, leafy vegetables
ii)               dried fruits
iii)            nuts
iv)            iron-fortified cereals
Additionally, vitamin C helps our body absorb iron.
Of the various iron salts available, ferrous sulfate is the one most commonly used.
Although the traditional dosage of ferrous sulfate is 325 mg (65 mg of elemental iron) orally three times a day, lower doses (eg, 15-20 mg of elemental iron daily) may be as effective and cause fewer side effects. To promote absorption, patients should avoid tea and coffee and may take vitamin C (500 units) with the iron pill once daily.
Claims are made that other iron salts (eg, ferrous gluconate) are absorbed better than ferrous sulfate and have less morbidity.
 If possible, one should take iron tablets on an empty stomach, which helps the body absorb them better. If they upset the stomach, one can take them with meals. One may need to take the supplements for several months. Iron supplements may cause constipation or stools that are black in color.

What about Parenteral Iron Therapy?

Reserve parenteral iron for patients who are either unable to absorb oral iron or who have increasing anemia despite adequate doses of oral iron.

What are Causes of Iron Poisoning or Toxicity?

1.    Acute iron poisoning from accidental ingestion of iron containing dietary supplements is the most common cause of acute toxicity. It most often occurs in children. Severe toxicity occurs after the ingestion of more than 0.5 g of iron or 2.5 g of ferrous sulfate. Toxicity occurs about 1–6 hours after ingestion.
2.    Inhalation of iron oxide fumes or dust may cause pneumoconiosis in occupational settings.
3.    Chronic iron toxicity from iron overload in adults is a relatively
common problem.

There are three basic ways in which excessive amounts of iron can accumulate in the body.

1.    Hereditary hemochromatosis due to abnormal absorption of iron from the intestinal tract. Hereditary hemochromatosis is an autosomal recessive disorder attributed to mutation in the hemochromatosis gene.

2.    Excess intake of iron through diet or from oral iron preparations.

3.    Repeated blood transfusions body iron can increase 10 times higher than normal
Symptoms of Toxicity

 abdominal pain,
diarrhea, and vomiting.
pallor or cyanosis,
metabolic acidosis,
and cardiac collapse.
Death may occur in severely poisoned children within
24 hours.

How We can Treat those Who get Toxicity Due to Iron?
  • Consult the physician
General and specific treatment include:
  • Supportive therapy to maintain adequate blood pressure and electrolyte balance is essential
  • I.V. fluid resuscitation 20 mL/kg
  • Potassium and glucose administration as necessary
  • Desferrioxamine is a chelating agent that forms a water soluble desferrioxamine-iron complex


Friday 29 January 2016


Importance of Iron –Essential Metal for our Body

Iron is an essential metal for our blood (erythropoiesis and a key component of hemoglobin, myoglobin, heme enzymes, metalloflavoprotein enzymes, and mitochondrial enzymes). In biological systems, iron mainly exists as the ferrous (2+) and ferric (3+) forms and is important

  1.  in terms of iron deficiency,
  2.  or toxicity
i)                  Due to accidental acute exposures,

ii)               Chronic iron overload (due to idiopathic hemochromatosis)

iii)            As a consequence of excess dietary iron

iv)            Due to frequent blood transfusions

                                                         
Iron metabolism is regulated by a complex series of events that maintain homeostasis,
i)                   mainly involving absorption,
ii)               storage,
iii)            and excretion.

Blood Iron comes mainly from meat, poultry, fish and other food sources such as green leafy vegetables.

For Non-heme iron, absorption is influenced by its solubility and by other dietary factors.

Essentiality and Deficiency

Do you know what is Iron Deficiency Anemia?

Iron deficient anemia occurs when iron level of red blood cells (RBCs) is lower than normal. This type of anemia is the most common type of anemia, and it occurs when our body doesn’t have enough of the mineral iron. Anemia is a common condition and can occur in both men and women of any age and from any ethnic group. Some people may be at greater risk for iron deficiency anemia than others. Iron deficiency is worldwide.
These include:
i)                  infants,
ii)               young children,
iii)            and women of child-bearing age.

Critical period for iron deficiency

In children is between the ages of 6 months and 2 years.

 In addition to anemia: Other effects are impaired psychomotor development and intellectual performance,

Decreased resistance to infection,

In adults adverse pregnancy outcomes, possibly increased susceptibility to lead and cadmium toxicity.

Causes for Iron Deficiency Anemia:

Iron is present in the blood protein called hemoglobin. This protein carries oxygen to our body’s tissues, which is essential for our tissues and muscles to function effectively. If our body does not have enough iron in the blood, the rest of our body does not get enough amount of oxygen for its proper function.
There are many reasons that can cause iron deficiency leading to anemia. These include:

1.    Inadequate Iron Intake
Iron is essential during for growth and development, pregnant women and young children and need even more iron-rich foods in their diet. Eating too little iron over an extended amount of time can cause a shortage in your body.
2.    Blood Loss Due to Menstruation, pregnancy and childbearing age
In women of childbearing age, the most common causes of iron deficiency anemia are heavy menstrual bleeding and blood loss during childbirth.
3.    Internal Bleeding
Internal bleeding can lead to iron deficiency anemia. Examples include an ulcer in your stomach, polyps (tissue growths) in the colon or intestines, or colon cancer. Regular use of pain relievers, such as aspirin, can also cause bleeding in the stomach. 

4.    Inability to Absorb Iron
Certain disorders or surgical procedures that affect the intestines can also interfere with absorption of iron.
The symptoms of moderate to severe iron deficiency anemia include:
·         general fatigue
·         weakness
·         pale skin
·         shortness of breath
·         dizziness
·         strange cravings to eat items that aren’t food, such as dirt, ice, or clay
·         a tingling or crawling feeling in the legs
·         tongue swelling or soreness
·         cold hands and feet
·         fast or irregular heartbeat
·         brittle nails
·         headaches
How Is Iron Deficiency Anemia Diagnosed?
A doctor can diagnose anemia with blood tests.

                                                                                  to be continued 

Thursday 28 January 2016

PREVENTION IS BETTER THAN CURE--MAGNESIUM DEFICIENCY

Prevention is Better than Cure

How to know if you are Magnesium Deficiency?

Magnesium is important to the body. If you are worried you have magnesium deficiency, it is a good time to learn and how to fix it..
1.    Do you have trouble getting to sleep or staying asleep? Do you suffer from muscle spasms, muscle cramps, facial tics, eye twitches or periods of hyperactivity? Any of these could be a sign your body is not getting enough magnesium.
2.    Early signs of magnesium deficiency include chronic constipation, headaches and migraines, insulin resistance, PMS, leg cramps, muscle twitches, and more.
3.     If untreated, a magnesium deficiency can lead to more life-threatening conditions such as heart disease, hypertension, stroke, type 2 diabetes, osteoporosis, and others.
4.      This simple assessment can help you determine if you’re magnesium deficient. Alternatively gt tested for magnesium deficiency.
If you are Magnesium Deficient, What you can Do?
As one grows older one should consider a supplement, particularly if one is more than 55 or older and or follow the following tips.

§  Skip Soda, Sweets, Caffeine and Reduce Alcohol Consumption

Avoid   dark sodas because they have phosphates that bind with magnesium and allow the mineral to be flushed out without allowing the system time to absorb it for use. Sugar, meanwhile, causes magnesium to be excreted through the kidneys. For that reason, it is best to avoid both sweets and soda if you have concerns about magnesium deficiency.
The Caffeine in coffee and tea causes magnesium to be released through the kidneys because the kidneys act as a magnesium filter and tend to get rid of magnesium when exposed to higher levels of caffeine.
Some diuretics including  alcoholic beverages increase  of magnesium through the kidneys. Therefore reduce  consumption of alcohol and diuretics.
§  Try to Avoid Stress
Avoiding stress is a good idea to help your body process magnesium. Stress causes increased production of adrenaline and cortisol, which have been connected to a decreased level of magnesium.
A surgical procedure and certain medicines causes physical stress and can result in a magnesium deficiency because it results in less magnesium absorbed.
§  Increase stomach acid
Low stomach acid can result from digestive disorders or by taking antacids. It prevents minerals like magnesium from being properly absorbed. Use betaine hydrochloride to raise stomach acid levels and allow magnesium to be absorbed.

§  Eat healthier foods 
Avoid highly processed foods. Find an organic grower that uses magnesium-enhanced fertilizer to condition depleted soil and maximize nutrient content. And, whenever possible, eat raw foods (heated to no more than 110°F) and steam vegetables instead of boiling them to retain nutrients.

§  Supplement your diet with magnesium. 
Look for a sustained-release formula by taking 150 mg of an effective magnesium supplement every day. But if you’re magnesium deficient, you’ll need more — and much more to replenish your deficiency and get your health back.


Wednesday 27 January 2016

Five Top Suggestions and Treatment for Constipation

Five Top Suggestions to Get Relief from Constipation

If you are dealing with constipation and having a difficult time of it, please see the following Relief for Constipation, Foods that Relieve Constipation. Try the the following steps:
1.    Yoga exercises
2.    Drink plenty of water
3.    Eat Magnesium rich fresh fruits
4.    Eat food containing fibre such as vegetable diet
5.    Use Magnesium supplements. Supplements come in a variety of forms, with the most popular being citrate, chelate and sulfate. There does not appear to be any significant health or absorption differences between these types.

How Much Is Safe to Take?

Check the National Institutes of Health website for guidelines on the recommended daily intake of magnesium, which includes amounts for pregnant women who are breastfeeding. NIH Recommendation - magnesium and constipation

Is There Specific Treatment for Constipation or Deficiency?

Consult physician. Magnesium deficiency can often be effectively treated with an oral magnesium preparation. It can also be treated by using a nebulizer filled with magnesium sulphate or magnesium chloride dissolved in water. Nebulising has the advantage of taking effect within minutes, relieving muscle pain, tension or breathing difficulties. Nebulizers can be bought without prescription, as can magnesium sulphate and magnesium chloride. For those that require frequent doses, a portable, battery driven nebulizer is useful although more expensive and prone to break down than older style plug in nebulizers.
Endogenous digestive microflora may play a role in the bioavailability of magnesium as they may affect the breakdown of antagonists such as phytate and oxalate in the diet. Other minerals in the diet, such as calcium and zinc, may interact with phytate and oxalate, reducing magnesium loss.
Severe hypomagnesemia is often treated medically with intravenous or intramuscular magnesium sulfate solution, which is completely bioavailable, and effective.


Tuesday 26 January 2016

Signs and symptoms of magnesium deficiency, and causes

Signs and symptoms of magnesium deficiency

Symptoms of magnesium deficiency include hyperexcitability, muscular symptoms (cramps, tremor, fasciculations, spasms, tetany, weakness), fatigue, loss of appetite, apathy, confusion, insomnia, irritability, poor memory, and reduced ability to learn. Moderate to severe magnesium deficiency can cause tingling or numbness, heart changes, rapid heartbeat, continued muscle contractions, nausea, vomiting, personality changes, delirium, hallucinations, low calcium levels, low serum potassium levels, retention of sodium, low circulating levels of parathyroid hormone (PTH), and potentially death from heart failure. Magnesium plays an important role in carbohydrate metabolism and its deficiency may worsen insulin resistance, a condition that often precedes diabetes, or may be a consequence of insulin resistance.

Causes

Magnesium deficiency may be caused due to 
  1. Diet,
  2. Alcohol abuse,
  3. Chronic stress,
  4. Poorly controlled diabetes,
  5. Excessive or chronic vomiting and/or diarrhea.
  6. Phytate or oxalate in the diet may bind magnesium causing it to be eliminated from rather than absorbed in the colon.
  7. Certain drugs can deplete magnesium levels such as osmotic diuretics, cisplatin, ciclosporin, amphetamines, and possibly proton pump inhibitors.
Also deficiency may occur in Bartter syndrome and Gitelman syndrome

Essentiality and Deficiency


Essentiality and Deficiency

Magnesium is a cofactor of manyenzymes. In the glycolytic cycle, there are seven key enzymes thatrequire divalent magnesium. Magnesium-containing enzymes are also involved in the citric acid cycle and in beta oxidation of fatty acids. Deficiency may occur as a complication of various disease states such as malabsorption syndromes, renal dysfunction, and endocrine disorders. Magnesium deficiency in humans causes neuromuscular irritability, frank tetany, and even convulsions. Magnesium deficiency induces an inflammatory syndrome, and is a risk factor for diabetes mellitus, hypertension, hyperlipidemia, and ischemic heart diseases. Supplementation of magnesium, either by intravenous or oral administration, is beneficial.

Toxicity


In industrial exposures, no ill effects are produced with a twofold increase in serum magnesium, although concurrent increases occur in serum calcium. Inhaled freshly generated magnesium oxide can cause metal fume fever, similar to that caused by zinc oxide. In nonoccupationally exposed individuals, toxicity can occur when magnesium-containing drugs, usually antacids, are ingested chronically by persons with serious renal failure. The toxic effects may progress from nausea and vomiting to hypotension, electrocardiograph abnormalities, central nervous system effects, coma, and systolic cardiac arrest. Magnesium toxicity can sometimes be counteracted with calcium infusion.

Friday 22 January 2016

Foods that contain Magnesium and its usefulness

High magnesium foods include dark leafy greens, nuts, seeds, fish, beans, whole grains, avocados, yogurt, bananas, dried fruit, dark chocolate, and more. The current daily value (DV) for magnesium is 400mg. Magnesium is an essential mineral required by the body for maintaining normal muscle and nerve function, keeping a healthy immune system, maintaining heart rhythm, and building strong bones. Magnesium is also involved in at least 300 biochemical reactions in the body. A deficiency in magnesium can lead to muscle spasms, cardiovascular disease, diabetes, high blood pressure, anxiety disorders, migraines, osteoporosis, and cerebral infarction. Conversely, consuming too much magnesium typically causes diarrhea as the body attempts to excrete the excess.

Foods That are Rich in magnesium 

,
1: Nuts and Seeds (Squash and Pumpkin Seeds)
Magnesium in 100g
1/2 Cup (59g)
1 Ounce (28g)
534mg (134% DV)
325mg (81% DV)
150mg (37% DV)

2: Dried Fruit (Figs)
Magnesium in 100g
1/2 Cup (75g)
1 Fig (8g)
68mg (17% DV)
51mg (13% DV)
5mg (1% DV)

3: Dark Leafy Greens (Raw Spinach)
Magnesium in 100g
1 Cup Raw (30g)
1 Cup Cooked (180g)
79mg (20% DV)
24mg (6% DV)
157mg (39% DV)

4: Beans and Lentils (Soy Beans)
Magnesium in 100g
1 Cup Cooked (172g)
86mg (22% DV)
148mg (37% DV)

5: Whole Grains (Brown Rice)
Magnesium in 100g
1 Cup Cooked (195g)
44mg (11% DV)
86mg (21% DV)

6: Avocados
Magnesium in 100g
1 Avocado (201g)
1/2 Cup Pureed (115g)
29mg (7% DV)
58mg (15% DV)
33mg (9% DV)

7: Low-Fat Dairy (Plain Non Fat Yogurt)
Magnesium in 100g
1 Cup (245g)
19mg (5% DV)
47mg (12% DV)

8: Bananas
Magnesium in 100g
1 Medium (118g)
1 Cup Slices (150g)
27mg (7% DV)
32mg (8% DV)
41mg (10% DV)


9: Dark Chocolate
Magnesium in 100g
1 Square (29g)
1 Cup Grated (132g)
327mg (82% DV)
95mg (24% DV)
432mg (108% DV)

10: Fish (Mackerel)

Magnesium in 100g
Per 3oz Fillet (85g)
97mg (24% DV)
82mg (21% DV)

In order to have enough magnesium make liberal use of all these foods. Always remember that consuming too much magnesium typically causes diarrhea as the body attempts to excrete the excess.

In the next post I will through more light about magnesium.