Diabetic Foot Ulcer(Sore)

Diabetic Ulcer (Sore)

Diabetic foot ulcer is a sore obtained by a diabetic patient due to poor circulation. Diabetes causes a heightened risk of nerve damage, and susceptibility to infection, making diabetic ulcers a significant concern. These ulcers are open sores or wounds on the skin that don’t heal as they should. While they most commonly occur on the feet and legs, they can also appear on the hands, stomach folds, and other areas.

If you have diabetes, it’s important to check your feet daily for cuts, calluses, blisters, or sores to help prevent diabetic ulcers. Make sure to have your doctor examine your feet at each visit or at least once a year.

 

Causes of Diabetic Foot Ulcers (Sores)

Diabetes significantly increases the risk of developing ulcers, mainly due to high blood sugar levels, or blood glucose. When blood sugar remains elevated over time, it can damage nerves and blood vessels, reducing blood flow, especially to the hands, feet, and limbs. This slowed circulation hinders the healing process for cuts and sores, making infections more likely. Diabetes is also linked to peripheral arterial disease (PAD), which further limits blood flow to the legs and feet. Additionally, nerve damage from diabetes can dull pain sensations, making it harder to notice and treat minor wounds before they progress into ulcers.

 

Diabetic ulcer can be dangerous as they may lead to severe infections or even gangrene, a condition where tissue dies. In some cases, doctors may need to treat the infection or gangrene through amputation, surgically removing the affected area.

 

 

 

 

 

 

 

 

Stages Of Diabetic Foot Ulcers(Sores)

Doctors classify foot and toe ulcers based on their size and depth. Several grading systems are used for diabetic ulcers, including the Wagner Diabetic Foot Ulcer Classification System, which is described below:

  • Grade 0: No visible skin damage.
  • Grade 1: A shallow wound limited to the outer layers of the skin.
  • Grade 2: The ulcer extends deeper into the skin.
  • Grade 3: The ulcer is deep enough to expose a bone, joint, or tendon.
  • Grade 4: There is partial necrosis (gangrene), meaning some tissue in your foot has died.
  • Grade 5: Gangrene has spread throughout the entire foot.

 

FCHC-Delivery

 

 

Symptoms of Diabetic Foot Ulcers(Sores)

Early signs of a developing diabetic ulcer may include:

  • Cracking skin
  • Dry patches
  • Redness
  • Scaly areas

As your ulcer progresses, it may become larger or deeper, potentially exposing the bone. An advanced ulcer might display the following signs:

  • Calloused skin around the wound
  • Drainage, indicating possible infection
  • Discoloration of the affected area
  • A hardened area at the wound’s center
  • A foul odor

 

Treatment Of Diabetic Foot Ulcer(Sores)

If you notice an ulcer or any unusual change in your skin, let your doctor know immediately. Prompt treatment is essential for quick healing, which reduces the risk of infection. Your doctor can help manage your sore or ulcer to prevent infection and prevent it from worsening.

 

The Forever Champion Health Center Diabetic Foot Ulcer(Sore) Treatment Therapy 

diabetic foot ulcer

 

 

 

 

 

 

 

 

 

 

The treatment package includes both topical cleaning and treatment of the sore, as well as organic medications.

  • Our package offers multiple benefits in treating diabetic foot ulcers by addressing the root causes: vascular damage. Rich in omega-3 fatty acids, they help repair damaged blood vessels and keep them flexible, improving overall tissue blood flow and reducing inflammation, which aids in sore healing. 
  • Additionally, they promote insulin production and secretion, helping to regulate blood sugar levels.
  • Their antioxidant, antibacterial, and anti-inflammatory properties reduce pain and protect wounds from infections. 
  • By boosting blood circulation, they ensure adequate oxygen and nutrients reach the ulcerated area, accelerating healing and preventing deterioration. 
  • The increased cell growth and regeneration of granulation tissue further support faster wound healing while decreasing bacterial load and inflammation.