Secondary lactose intolerance, also known as acquired lactose intolerance, is very common in adults. This develops due to damage to the small intestine, which results in a temporary decrease in lactase production. This damage can be caused by various factors, including infections and Illnesses.

Injuries, or even certain medications, are also causative factors. Unlike primary lactose intolerance, which is a genetic condition, this condition is often reversible if the underlying cause is addressed and the gut heals.

See Causes of Secondary Lactose Intolerance:

Infections:

Viral or bacterial infections, such as rotavirus or gastroenteritis, can damage the small intestine lining and disrupt lactase production.

Underlying Conditions:

Conditions like celiac disease, Crohn’s disease, and ulcerative colitis can also damage the intestinal lining and lead to secondary lactose intolerance.

ALSO READ: Sleeping Saudi Prince: This Is What Happens To A Person In Coma

Injury or Surgery:

Trauma or surgery involving the small intestine can temporarily disrupt lactase production.

Symptoms:

Symptoms of secondary lactose intolerance are similar to those of primary intolerance and may include:
Abdominal bloating and cramping

Increased gas and flatulence
Diarrhoea or loose, green stools
Nausea and vomiting

Management:

• Addressing the Underlying Cause:

Treating the underlying condition or illness that caused the intestinal damage is crucial to allow the gut to heal and lactase production to return to normal.

• Dietary Adjustments:

Avoiding or limiting dairy products during the period of intolerance can help manage symptoms.

• Lactase Supplements:

In some cases, taking lactase enzyme supplements with meals may help with digestion.

• Monitoring:

Regular monitoring of symptoms and consultation with a healthcare professional can help ensure proper management and recovery.

• Medications:

Certain medications, including antibiotics and chemotherapy drugs, can have adverse effects on the gut lining and cause temporary lactase deficiency.

For medical advice or diagnosis, consult a professional and do not self-medicate.

The story of  Sleeping Saudi Prince Al-Waleed bin Khaled bin Talal recently broke the internet. Prince Al-Waleed bin Khaled bin Talal has been in a coma for the past two decades. The Saudi prince recently turned 36 in a coma.

He was studying at a military college in 2005 when he met with an unfortunate road accident in London that landed him in his present state.

Reports also claim that his other friends, sitting in the car, remained unharmed. After which, he suffered a brain haemorrhage and was in a coma. According to a report by Roya News, the prince has been on a ventilator since then. He has been fed through a feeding tube at King Abdulaziz Medical City in Riyadh for the past two decades.

It is reported that once a doctor advised Al-Waleed’s father, Prince Khalid bin Talal Al Saud, to end life support, he dismissed it as he hoped that one day his soul would wake up from his deep slumber.

ALSO READ: Sleeping Prince: This Is Why His Father Has Refused To End Life Support

He decided to fight for his son and claimed that if God wanted to end his life in a car accident, then he would have been visiting his grave. He said,

When a person is in a coma, they are in a state of deep unconsciousness, with minimal or no brain activity. This means they cannot be woken up, and their responses to external stimuli are severely limited or absent.

While basic bodily functions like breathing and heart rate continue, higher brain functions are suppressed.

Complications can arise from prolonged immobility, such as pressure sores and blood clots.
Here’s a more detailed look at what happens to the body during a coma:

Unconsciousness:
The primary characteristic of a coma is the absence of awareness and responsiveness. The person is essentially in a deep sleep from which they cannot be awakened.

Reduced or absent reflexes:
While some basic reflexes, like pupil response to light or limb movements in response to pain, may still occur, they are often diminished or absent.

Basic bodily functions continue:
Breathing, circulation, and other autonomic functions continue to operate, although they may be altered or require support.

No voluntary movement or communication:
The person cannot move voluntarily or communicate, even through gestures or signs.

Potential for complications:
Prolonged immobility can lead to various complications such as pressure sores, blood clots, and urinary tract infections.

Varied outcomes:
Recovery from a coma can vary greatly depending on the cause and severity of the injury, with some individuals regaining consciousness and others not recovering or evolving into a persistent vegetative state.