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Strong Bones: The Importance of Calcium for Kids

Strong Bones: The Importance of Calcium for Kids

Between running, jumping and climbing trees, our children always seem to be on the go. So, it would come as no surprise that strong bones play an important role in keeping your little one active and agile as they experience new adventures every day.

Nearly 40% of peak bone mass is gained during puberty, with bone mass increasing seven times in the space between birth and adolescence.

You may be wondering what you can do to help support their healthy bone growth and development. That’s where calcium comes into play. An essential mineral, calcium is an important nutrient in maintaining your little one’s strong bones and teeth.

Read on to learn more about how the importance of calcium for kids and discover tips for how you may help support their intake.

The Importance of Calcium For Kids

As a child, your own parents likely encouraged you to drink a glass of milk, citing its role in helping you to grow up “big and strong”. But, did you know this is far from an old wives tale?

In fact, the calcium in a glass of milk helps to support healthy growth and development in a number of ways. Calcium may help to support:

  • Bone health and strength
  • Maintaining healthy nervous and neuromuscular system function
  • Assisting the development of healthy teeth

Dietary Sources Of Calcium

Perhaps the best-known source of calcium is dairy products. Milk, cheese and yoghurt all contain calcium helping to support your child’s strong bones.

But, if your child is experiencing food sensitivities or a fussy phase, you may be pleased to know that there are an array of dairy-free sources of calcium. These include:

  • Leafy, green vegetables including broccoli, bok choy and spinach
  • Soy and tofu
  • Fish like sardines and salmon (with bones)
  • Some nuts and seeds such as Brazil nuts and almonds

To learn more about alternative dairy sources, click here. 

The information provided in reference to this ingredient is general in nature and provided as information only. Any product specific therapeutic claims for this ingredient are linked to specific dosage requirements based on evidence of traditional or scientific nature.

What's Next?

Frequently Asked Questions

Is kiwifruit good for constipation in children? 

Yes. Kiwifruit is a natural source of fibre and containsa unique enzyme called actinidin that supports protein digestion and gut motility. Actazin, a concentrated kiwifruit powder, has been clinically studied for its role in supporting bowel regularity and stool consistency.

Is plant-based constipation relief safe for babies?

Brauer's Baby & Kids Constipation Relief is specifically formulated for babies and children. Always follow the directions for use on the label and consult your healthcare practitioner if you are unsure whether it is appropriate for your child's age and situation.

How long does constipation last in children? 

Most functional constipation in children resolves with dietary and lifestyle changes and appropriate support. If constipation persists beyond two weeks or is accompanied by pain or other symptoms, consult your GP.

What is the difference between stimulant and osmotic laxatives? 

Stimulant laxatives work by stimulating the bowel muscle to contract. Osmotic laxatives draw water into the bowel to soften stools. Both are typically recommended for short-term use in children. Plant-based alternatives like Brauer's formula take a different approach, using traditionally used herbal ingredients and fibre to support the body's natural digestive rhythm.

Always read the label and follow the directions for use. 

References: [1] Constipation Treatment Market — Yahoo Finance / GlobalData, 2024  

[2] Tran, D. L., & Sintusek, P. (2023). Functional constipation in children: What physicians should know. World Journal of Gastroenterology, 29(8), 1261.  

[3] Kim, J. E., et al. (2019). Anti-inflammatory response and muscarinic cholinergic regulation during the laxative effect of Asparagus cochinchinensis. International Journal of Molecular Sciences, 20(4), 946.