Vitamin D 27.0 ng/ml means : causes, sources, risks, treatment
In this article we discuss what a Vitamin D value of 27.0 ng/ml means, what are its causes and how to calculate your Vitamin D deficiency risk score, and how to improve your Vitamin D as well as a treatment plan and possible risks.
What does a Vitamin D level of 27.0 mean?
A vitamin d level of 27.0 is considered to be deficient.
What is my Vitamin D level in SI units, for value of 27.0 in standard units?
In order to convert the value of Vitamin D from ng/ml into the SI Units, we must use a formula of conversion : Vitamin D in SI units (nmol/L) = Vitamin D in ng/ml*2.496
1 Based on the given formula, the value of Vitamin D in SI units for a value in ng/ml of 27.0 is
67.4 nmol/L
Is a Vitamin D value of 27.0 considered low or high?
Based on your Vitamin D value of 27.0. you are classified as having a
mild or insufficient Vitamin D deficiency
Vitamin D Levels
| Category |
Level (ng/mL) |
Description |
| Severe Deficiency |
< 10 |
Severely low vitamin D levels |
| Moderate Deficiency |
10 - 20 |
Moderate Vitamin D Deficiency |
| Insufficiency |
20 - 30 |
Mild to Insufficient **You are here** |
| Healthy |
30 - 80 |
Normal Vitamin D Levels |
| Toxicity |
> 80 |
Potentially harmful vitamin D levels |
What are the sources of Vitamin D?
| Food | How it helps with Vitamin D | | Canned mackerel | Canned mackerel, like fresh mackerel, is a good source of Vitamin D. |
| Mackerel | Mackerel is a fatty fish with high Vitamin D content. |
| Cheese | Certain types of cheese, like Swiss and cheddar, contain small amounts of Vitamin D. |
| Caviar | Fish roe, or caviar, can provide small amounts of Vitamin D. |
| Bluefin tuna | Bluefin tuna is a fatty fish that contains high levels of Vitamin D. |
| Shrimp | Shrimp contain some Vitamin D, especially when consumed in larger quantities. |
| Herring | Herring is a fatty fish that can contribute to Vitamin D intake. |
| Canned salmon | Canned salmon, especially with bones, provides a convenient source of Vitamin D. |
| Goat cheese | Goat cheese provides Vitamin D and is a dairy alternative for those who are lactose intolerant. |
| Fortified cereals | Many cereals are enriched with Vitamin D to improve nutritional content. |
What are the causes of Vitamin D deficiency?
| Cause | Description | | Chronic kidney disease | Kidney dysfunction can disrupt the activation of Vitamin D, leading to deficiency. |
| Celiac disease | An autoimmune disorder that damages the small intestine and impairs nutrient absorption. |
| Certain genetic factors | Certain genetic variations can impact how the body processes and uses Vitamin D. |
| Living in high latitudes | At higher latitudes, the angle of sunlight is lower, leading to reduced Vitamin D synthesis in the skin. |
| Being homebound or institutionalized | Limited exposure to sunlight due to confinement indoors can lead to deficiency. |
| Crohn's disease | An inflammatory bowel disease that can lead to malabsorption and nutrient deficiencies. |
| Malabsorption disorders | Conditions like celiac disease can affect the body's ability to absorb Vitamin D from the digestive tract. |
| Use of sunscreen | Sunscreen blocks UV rays that are needed for Vitamin D production when exposed to sunlight. |
| Limited sunlight exposure | Insufficient exposure to sunlight, which is necessary for the skin to produce Vitamin D. |
| Liver diseases | Liver disorders can affect the conversion of Vitamin D into its active form. |
What symptoms will I experience with a Vitamin D of 27.0 ng/ml?
The symptoms of Vitamin D deficiency in children and adults are manifested by rickets and osteomalacia respectively. These conditions may show a variety of symptoms ranging from mild muscle pain, and bone pain to developmental abnormalities and fractures. For a Vitamin D level of 27.0 the symptoms are enlisted in the table below:
Vitamin D level 27.0 Symptoms in Children
| Symptom | Description | | Fractures | Due to weakened bones, children with rickets are more prone to fractures even with minor injuries. |
| Muscle Weakness | Muscle weakness can result from compromised bone health and nutritional deficiencies associated with rickets. |
| Brittle Nails | Rickets can cause nails to become brittle and prone to breaking. |
| Bone Deformities | Rickets can lead to bone deformities, such as bowed legs or knock-knees, due to weakened bones unable to support the body's weight properly. |
| Curvature of the Spine | Rickets can contribute to spinal deformities, such as scoliosis or kyphosis (excessive forward curvature of the upper spine). |
| Vision Problems | Rickets can affect the eyes, leading to problems such as night blindness and other visual disturbances. |
| Weak or Soft Bones | Rickets can cause bones to become weak and soft, leading to an increased risk of fractures. |
| Muscle Cramps | Vitamin D deficiency associated with rickets can lead to muscle cramps and spasms. |
| Difficulty Breathing | In severe cases, rickets can cause deformities of the ribcage, leading to difficulty in breathing and increased susceptibility to respiratory infections. |
| Wide Fontanelles | The soft spots on a baby's skull, known as fontanelles, might take longer to close in cases of rickets. |
Vitamin D level 27.0 Symptoms in Adults
| Symptom | Description | | Difficulty Walking | Muscle and bone weakness can make walking and moving difficult for individuals with osteomalacia. |
| Joint Pain | Osteomalacia-related muscle and bone weakness can result in joint pain and discomfort. |
| Tingling or Numbness | Nerve-related symptoms such as tingling or numbness can occur as a result of osteomalacia. |
| Chest Deformities | In severe cases, osteomalacia can lead to deformities in the ribs and chest. |
| Short Stature | In childhood cases, untreated osteomalacia can result in short stature and growth delays. |
| Weight Loss | Some individuals with osteomalacia may experience weight loss due to the overall impact on health. |
| Difficulty Climbing Stairs | Muscle weakness and bone pain can make climbing stairs difficult for those with osteomalacia. |
| Dental Problems | Osteomalacia can affect the teeth, leading to enamel defects and other dental issues. |
| Waddling Gait | A waddling gait may develop due to weakened hip and leg muscles associated with osteomalacia. |
| Bone Pain | Osteomalacia often leads to bone pain, particularly in the hips, lower back, and legs. |
What additional risks do I face with a Vitamin D level of 27.0?
What is my Vitamin D deficiency score and how to calculate it?
Since your value of Vitamin D 27.0 is below the normal limit of 30, you must evaluate the following 4 factors that may be contributing to your deficiency. Based on a study done by Garg et al the following Vitamin D Insufficiency and Deficiency Score can predict and determine your causes of deficiency.
As per the study 4 major factors are invovled in Vitamin D deficiency.
Factors and Descriptions
| Factor |
Description |
| Physical Activity |
Engaging in regular physical activity can contribute to improved metabolism and Vitamin D levels. |
| Obesity |
Obesity, indicated by a body mass index (BMI) of 25 kg/m² or higher, can lead to Vitamin D deficiencies |
| Diet |
Dietary intake of at least 100 Grams (gms) of milk/dairy products OR at least 100 gms fish or 1 egg with yolk for four or more days in the last seven days was considered Adequate |
| Daily Sun Exposure |
Daily exposure to sunlight is important for the body's synthesis of Vitamin D. Spending at least 1.75 hours in the sun each day can help maintain Vitamin D levels, which is essential for bone health and immune function. |
What is the treatment plan for a Vitamin D level of 27.0?
Vitamin D supplmentation is the only way to correct for deficiencies. The tables below list the dosages of Vitamin D supplements recommeded for different age groups, depending on the level of the Vitamin D. Since your value of Vitamin D is 27.0 the relevant supplement dosages are indicated below.Pawel Pludowski
Recommended Daily Dosing for Vitamin D in cases where the Vitamin D Level is between 10 ng/dl and upto 30 ng/dl
A first line of treatment involves increasing the dosage to 1.5-2 x the current level of supplements if the patient is taking any supplements.
If you are not taking any supplements, the values in the table below are to be followed.
| Age Group |
Vitamin D Intake Per Day |
Duration |
| Infants < 1 month |
1000 IU/d |
2 months |
| Infants 1–12 months |
1000 IU/d |
2 months |
| Children 1–11 yrs. |
1801 IU/d **(Represents a value in the range of 1000 - 2000, must be adjusted as per patient.) |
2 months |
| Children 11–18 yrs. |
2283 IU/d **(Represents a value in the range of 2000 - 4000, must be adjusted as per patient.) |
2 months |
| Adults |
4000 IU/d |
2 months |