Can Vitamin Deficiency be a Sign of Cancer?

What is Vitamin Deficiency?

Which Vitamin Deficiency Causes Cancer?

Which Type of Cancer is Caused by Vitamin Deficiency?

Sl. No. Cancer Description
1 Prostate cancer The unchecked growth of prostate gland cells is the first sign of prostate cancer. The gland known as the prostate is unique to men. It produces a portion of the fluid found in semen.
2 Breast cancer The cancer known as breast cancer is caused by aberrant breast cells that proliferate and develop into tumours. Tumours have the potential to spread throughout the body and become lethal if ignored. The origin of breast cancer cells can be found in the breast's milk ducts or milk-producing lobules.
4 Lung cancer One type of cancer that begins as lung cell development is lung cancer. Breathing is regulated by the two spongy organs in the chest called the lungs. Globally, lung cancer is the primary cause of cancer-related deaths.
5 Colorectal cancer Genetic material (DNA) alterations cause colorectal cancer. Variants or mutations are other terms for these alterations. The precise source of the genetic alterations that cause colorectal cancer is frequently unknown and occurs during an individual's lifetime.

Deficiency of other vitamins can cause cancer of the following types,

  • Deficiency of Folate (B9) can lead to colorectum, pancreas, breast and prostate cancer.  
  • Inadequate B6 and B12 in the human body can result in lung cancer.

Symptoms of Vitamin Deficiency Related to Cancer

What are the Causes of Vitamin D Deficiency?

Consulting a healthcare provider is recommended for individuals at risk or showing symptoms of deficiency. Vitamin D deficiency can be caused by several factors, including:

Sl. No. 

Cause

Description

1

Limited Sun Exposure

Vitamin D is primarily synthesised in the skin upon exposure to sunlight. Insufficient exposure to sunlight, especially in regions with long winters or high pollution, can lead to deficiency. 

2

Skin Colour

Darker skin tones have higher melanin levels, which reduces the skin's ability to produce vitamin D from sunlight. This increases the risk of deficiency, especially in areas with less intense sunlight. 

3

Age

As people age, their skin becomes less efficient at producing vitamin D. Older adults may also spend more time indoors, limiting sunlight exposure.

4

Latitude and Season

People living in higher latitudes (farther from the equator) receive less sunlight throughout the year, especially in winter, which can lead to seasonal vitamin D deficiency.

5

Obesity

Vitamin D is fat-soluble and can be sequestered in fat tissues, reducing its circulation and availability for use in the body.

6

Dietary Intake

While vitamin D is found in some foods (e.g., fatty fish and fortified dairy products), dietary intake alone may not provide sufficient amounts, especially in individuals with restricted diets or poor absorption.

7

Medical Conditions

Certain medical conditions affecting the gut (e.g., Crohn's disease, celiac disease) can impair vitamin D absorption and other nutrients.

8

Medications

Some medications (e.g., anticonvulsants, glucocorticoids) can interfere with vitamin D metabolism and absorption.

9

Genetics

Certain genetic factors can affect how vitamin D is metabolised and utilised in the body, potentially increasing the risk of deficiency.

Diagnosis of Vitamin D Deficiency

12 Best Food Sources of Vitamin D

Sr. No. 

Fruits

Vitamin D Content (International Units) 

1

Banana (one) 

75 IU

2

Oranges (one cup) 

100 IU

3

Avocado (100 gm)

25.6 IU

4

Figs (100 gm)

3 IU

Vegetables to Overcome Vitamin D Deficiency

Sr. No

Vegetables

Vitamin D Content (International Units) 

1

Spinach (100 gm) 

31 IU

2

Mushrooms (100 gm)

2300 IU

Other Eatables to Overcome Vitamin D Deficiency

Sr. No. 

Food Sources

Vitamin D Content (International Units)

1

Eggs (one) 

37 IU

2

Salmon (100 gm) 

452 IU

3

Milk (one glass) 

100 IU

4

Cod Liver Oil (1 tbsp) 

448 IU

5

Raw Oysters (six) 

320 IU

6

Soy Milk (one glass)

110 IU

How Much Vitamin D Should You Intake?

Age Group

Recommended Vitamin D Intake (micrograms per day) 

 

Birth to 12 months

10 mcg (400IU) 

 

Children 1–13 years

15 mcg (600 IU) 

 

Teens 14–18 years

15 mcg (600 IU) 

 

Adults 19–70 years

15 mcg (600 IU

 

Adults 71 years and older

20 mcg (800 IU) 

 

Pregnant and breastfeeding teens and women

15 mcg (600 IU)

 

Side Effects of Vitamin D Deficiency

How to Prevent and Overcome Cancer from Vitamin Deficiency?

How Long Does it Take to Fix Vitamin D Deficiency?

Treatment Method

Timeline

Oral Supplementation

If vitamin D deficiency is mild to moderate (serum 25-hydroxyvitamin D levels between 10-20 ng/mL), supplementation with high doses of vitamin D (typically prescribed by a healthcare provider) can raise vitamin D levels significantly within a few weeks to a few months. Regular monitoring through blood tests is often recommended to adjust the dosage as needed.

Severe Deficiency

It may take longer to reach optimal levels in cases of severe vitamin D deficiency (serum 25-hydroxyvitamin D levels below 10 ng/mL). Initial high-dose supplementation may be required, followed by maintenance therapy to sustain adequate levels.

Sunlight Exposure

Increasing sunlight exposure can help raise vitamin D levels naturally. However, the time required depends on geographic location, season, skin type, and time spent outdoors. Regular exposure to sunlight for around 10-30 minutes a few times per week can be beneficial for maintaining vitamin D levels.

Dietary Changes

Although vitamin D is found in some foods (e.g., fatty fish, and fortified dairy products), dietary sources alone may not be sufficient to correct a deficiency quickly. However, improving dietary intake can support overall vitamin D levels with other treatment methods.

Individual Response

The rate at which individuals respond to vitamin D supplementation or other treatments can vary. Factors such as age, obesity, certain medical conditions affecting absorption, and genetic factors may influence how quickly vitamin D levels normalize.

Monitoring

Regular monitoring of vitamin D levels through blood tests is essential during treatment to assess progress and adjust the treatment plan if necessary.

While some individuals may see improvement in vitamin D levels within weeks of starting supplementation or increasing sunlight exposure, achieving optimal levels can take several months, especially in cases of severe deficiency. Following healthcare provider recommendations regarding dosage and monitoring is crucial to correct vitamin D deficiency effectively.

Who is at Risk of Suffering Vitamin Deficiency?

FAQs about Vitamin Deficiency Cancer