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Published on: Dec 08, 2021
3 minute read
By: Second Medic Expert

What Is A Calcium Blood Test?

The calcium blood test is a simple and popularly used test for determining one's "risk" for a variety of diseases. A patient will typically have in-office phlebotomy to obtain blood, with lab technicians then taking the sample to check the level of calcium in the blood with point-of-care laboratory equipment.

Due to its accuracy and low cost, it is used extensively in clinical laboratories as a screening tool for numerous conditions related to metabolic disorders such as diabetes or hyperparathyroidism including but not limited to increased risk of bone fractures.

The 'calcium blood test is performed to determine the calcium concentration in the blood. The level of calcium varies with age, habitation location, pregnancy status, and medications being taken. Calcium plays an important role in muscular relaxation, nerve impulse transmission, regulating vital body activity, bone metabolism, and also enables teeth mineralization.

A calcium blood test checks for an imbalance in the levels of two types of calcium in the bloodstream. It measures the level of ionized and total serum calcium. If one exceeds the other, it can be a sign that there is a problem with absorbing or regulating all types of calcium.

In recent years new research has emerged suggesting that typical Western diets—which are high in sugar intake—both promote not only diabetes but also cardiovascular disease by causing chronic stress on our body’s ability to regulate glucose metabolism and to create insulin resistance, which triggers high levels of sugar-induced inflammation toxins (specifical fructose) that interfere with cellular metabolism and DNA signaling pathways.

A calcium blood test is a procedure that measures the amount of calcium in your blood. Depending on how high or low the levels are, this could mean many things. A high level of serum calcium indicates hypercalcemia. This usually occurs when there is excessive production of parathyroid hormone (PTH) by abnormal cells in your body, such as teratoma cancers and certain types of malignancies or polycythemia vera. The excess PTH increases renal clearance and resorption rates so you excrete more calcium than normal through urination, causing increased levels in the bloodstream. It may also occur with hyperparathyroidism (also called primary hyperparathyroidism), mineral bone disease.

The calcium blood test measures the amount of calcium in the blood and is used to screen for potential health problems such as kidney disease, intestinal bypass surgery, and pseudo fractures. A pseudo proximal fracture (also known as a false fracture) is a break on an X-ray that does not occur at or near a joint. Pseudo proximal fractures are more easily seen on bone films than plain films because they show calcification throughout the length of the bone where they usually do not appear on X-rays. Pseudo proximal fractures can be caused by any injury which pulls hard enough to allow quick formation of xanthotic new bone — 24 hours — just before healing occurs.

The estrogen hormone in girls and older women controls the level of calcium in their blood. Estrogen helps make more of the protein that keeps the body's calcium in the bones. It also tightens up muscle cells so they can't let go of this stored-up calcium when a bone is resorbed; instead, it stays around to keep bones strong. This means your child will need to eat about 2,500 mg per day - many times what she needs for bone health alone - just to maintain proper function!

High dietary intake early on encourages even stronger kidney lfts among 6-year-olds with type 1 diabetes. Testosterone levels also play a role because it regulates the production of an enzyme necessary for normal blood.

This blood test measures the level of calcium in someone's blood. The inverse correlation between bone density and fracture risk may have led to a common belief that increases in circulating levels of calcitriol, consistent with an increase in dietary intake, should be associated with a higher bone mineral content and a lower occurrence of fractures.

One way to measure calcium during a blood test is with the presence of parathyroid hormone (PTH) and vitamin D. If PTH levels are low, it may suggest the body does not need more calcium. Low or absent levels of parathyroid hormone (PTH) may indicate:

the bone marrow has been destroyed and is no longer synthesizing new red blood cells
high liver fibrosis interfering with the production of PTH by the thyroid gland
irreversible kidney damage or chronic renal failure

Lower than average levels for this exam would include goiter/low iodine intake, eating disorders such as anorexia nervosa, malabsorption such as celiac disease. Higher

The calcium blood test measures the level of calcium in the person's bloodstream. Certain heart or kidney problems can show up on this particular type of test, but it is more commonly used to detect hypercalcemia. Hypercalcemia is generally caused by cancer cells which are rapidly increasing in number and will often cause symptoms that include bone pain, nausea, vomiting, diarrhea, and confusion. It can also sometimes lead to arrhythmias or altered mental states.

A calcium blood test measures the level of calcium in the blood. This reveals how much protein you're breaking down to provide your tissues with extra energy because protein is broken down into its main component--glucose (or sugar).

Osteoporosis, osteopenia, or bone fracture prevention.

High levels of vitamin D deficiency.

Metabolic acidosis (not enough acid in bloodstream) .

Kidney failure.

Lactate buildup due to anaerobic metabolism. The body switches from aerobic metabolism for simple tasks to anaerobic metabolism when you run out of oxygen during intense exercise, causing lactate accumulation that can lead to fatigue.

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Monthly Field Day with Patients & Staff: Building Trust, Engagement, and Wellbeing

Healthcare is built on relationships. While diagnosis, treatment and technology are critical, the human connection between patients and healthcare staff remains central to healing and recovery. A Monthly Field Day with Patients & Staff is a thoughtful initiative designed to strengthen these relationships by creating opportunities for interaction outside routine clinical environments.

In today’s healthcare systems, patient engagement and staff wellbeing are recognised as essential components of quality care. Monthly field days provide a structured yet informal platform to support both.

What Is a Monthly Field Day with Patients & Staff?

A Monthly Field Day is a planned engagement event where patients and healthcare staff come together to participate in non-clinical activities. These events focus on:

interaction
wellbeing
communication
community-building

They are not medical appointments but shared experiences that promote trust and understanding.

Why Field Days Matter in Healthcare

Healthcare Is Emotionally Demanding

Patients often experience anxiety, fear and uncertainty. Staff face long hours, emotional stress and high responsibility. Field days offer a space for:

relaxed interaction
emotional connection
mutual understanding

This humanises care delivery.

Strengthening Patient–Staff Trust

Trust grows through:

open communication
shared experiences
consistent engagement

Field days reduce perceived barriers between patients and healthcare teams.

Benefits for Patients

Improved Comfort and Confidence

Patients feel more at ease when they know the people involved in their care beyond clinical roles.

Better Engagement in Care

Engaged patients are more likely to:

ask questions
follow care plans
attend follow-ups

This leads to improved health outcomes.

Emotional and Social Wellbeing

Social interaction, light activity and positive experiences support mental and emotional health, especially for patients with chronic conditions.

Benefits for Healthcare Staff

Reduced Burnout

Regular non-clinical engagement helps:

reduce emotional fatigue
restore motivation
improve job satisfaction

Stronger Team Relationships

Shared activities strengthen teamwork and communication among staff members.

Renewed Sense of Purpose

Seeing patients outside stressful clinical settings reinforces the meaningful impact of healthcare work.

Organisational Benefits

Enhanced Patient-Centered Culture

Field days reinforce values of empathy, accessibility and respect.

Improved Patient Satisfaction

Trust and familiarity contribute to better patient experiences and feedback.

Better Communication and Feedback

Informal settings encourage honest dialogue, helping organisations understand patient needs and expectations.

Activities Commonly Included in Field Days

Wellness Activities

gentle exercises
stretching or yoga
breathing sessions

Educational Interactions

health awareness talks
preventive care discussions
lifestyle guidance

Recreational and Social Activities

group games
creative sessions
interactive challenges

These activities promote joy, connection and inclusion.

Inclusivity and Accessibility

Effective field days are:

inclusive of different age groups
adaptable for physical limitations
culturally sensitive
welcoming and non-competitive

Inclusivity ensures meaningful participation for all.

Why Monthly Frequency Works Best

Monthly scheduling:

maintains continuity
builds long-term trust
prevents disengagement
supports gradual relationship building

Consistency transforms engagement into culture.

Evidence Supporting Engagement Initiatives

Research shows that:

patient engagement improves health outcomes
staff wellbeing reduces errors and burnout
relationship-based care enhances satisfaction

Global health frameworks emphasise people-centred care models.

Measuring the Impact of Field Days

Impact can be evaluated through:

patient feedback
staff engagement surveys
participation rates
qualitative testimonials

Regular assessment helps refine the program.

Implementing a Successful Monthly Field Day

Key elements include:

leadership support
clear objectives
simple, inclusive activities
consistent scheduling
feedback-driven improvement

Success depends on commitment rather than scale.

Long-Term Impact on Healthcare Culture

Over time, Monthly Field Days contribute to:

stronger trust
improved communication
better morale
enhanced care experience

They reinforce the idea that healthcare is a partnership between people.

Conclusion

A Monthly Field Day with Patients & Staff is more than an engagement activity—it is a meaningful investment in trust, wellbeing and human connection. By creating shared experiences beyond clinical settings, healthcare organisations strengthen relationships that directly influence care quality and satisfaction. In an environment often driven by efficiency and outcomes, monthly field days remind us that compassion, communication and community remain at the heart of effective healthcare.

References

World Health Organization (WHO) – People-Centred Care and Patient Engagement
Indian Council of Medical Research (ICMR) – Patient Experience and Care Quality Studie
Lancet – Patient–Provider Relationships and Health Outcomes
National Health Systems Resource Centre – Community Engagement in Healthcare
Indian Journal of Healthcare Management – Staff Wellbeing and Patient Satisfaction
Statista – Healthcare Engagement and Experience Trends

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