Weak Foot, bilateral:

Bilateral foot weakening, now and then called drop foot, is an overall term for trouble lifting the forward portion of the foot. In the event that you have Bilateral foot weakening, the front of your foot may delay the ground when you walk. Bilateral foot weakening isn't a disease. Or maybe, it can be considered as an indication of a basic neurological, solid or anatomical issue.

Mostly bilateral foot weakening is transitory; however, it very well may be lasting. In the event that you have Bilateral foot weakening, you may have to wear a support on your lower leg and foot to stand firm on your foot in a typical situation.


Bilateral foot weakening makes it hard to lift the forward portion of your foot, so it may delay the floor when you walk. This can make you raise your thigh when you stroll, like climbing steps (steppage walk), to help your foot clear the floor. This strange stride may make you smack your foot down onto the floor with each progression. Now and again, the skin on the highest point of your foot and toes feels numb. Contingent upon the reason, Bilateral foot weakening can influence one or the two feet.

When To See A Specialist

On the off chance that your toes drag the floor when you walk, counsel your primary care physician.


Bilateral foot weakening is brought about by shortcoming or loss of motion of the muscles associated with lifting the forward portion of the foot. Reasons for Bilateral foot weakening may include:

  • Nerve injury
  • A nerve root injury
  • Muscle or nerve problems.
  • Cerebrum and spinal cord issues. Issues that influence the spinal rope or cerebrum

Weak Foot, bilateral

Foot drop also known as drop foot is not a disease, but rather a commonly encountered symptom of a neurological, anatomical, or muscular problem. Foot drop is inability to lift the forefoot due to the weakness of dorsiflexors of the foot. Ankle and foot dorsiflexors, namely the tibialis anterior, extensor digitorum longus, and extensor hallucis longus, help clear the foot during the swing phase of walking and control plantar flexion of the foot on heel strike. Weakness in the ankle and foot dorsiflexors results in an equinovarus deformity. Sometimes referred to as steppage gait, which is a tendency of a person walking with an exaggerated flexion of the hip and knee to prevent the toes from catching on the ground during swing phase. Foot drop can therefore hinder walking and increase the risk of tripping and falling.


Foot drop is a symptom of an underlying problem. This condition can be caused by many medical conditions or diseases that affect the nerves or muscles, including:

  • Multiple sclerosis, Lou Gehrig’s disease (amyotrophic lateral sclerosis, or ALS), spinal muscular atrophy, Charcot-Marie-Tooth disease, muscular dystrophy, polio, or cerebral palsy
  • Stroke
  • Alzheimer’s disease
  • Parkinson’s disease
  • Diabetes
  • An injury to the common peroneal nerve, which is located in the lower leg and helps control feeling and movement in the leg


Foot drop makes it difficult to lift the front part of your foot, so it might drag on the floor when you walk. This can cause you to raise your thigh when you walk, as though climbing stairs (steppage gait), to help your foot clear the floor. This unusual gait might cause you to slap your foot down onto the floor with each step. In some cases, the skin on the top of your foot and toes feels numb.

Depending on the cause, foot drop can affect one or both feet.


Foot drop is usually diagnosed during a physical exam. Your doctor will watch you walk and check your leg muscles for weakness. He or she may also check for numbness on your shin and on the top of your foot and toes.

Imaging tests

Foot drop is sometimes caused by an overgrowth of bone in the spinal canal or by a tumor or cyst pressing on the nerve in the knee or spine. Imaging tests can help pinpoint these types of problems.

X-rays: Plain X-rays use a low level of radiation to visualize a soft tissue mass or a bone lesion that might be causing your symptoms.

Ultrasound: This technology, which uses sound waves to create images of internal structures, can check for cysts or tumors on the nerve or show swelling on the nerve from compression.

CT scan: This combines X-ray images taken from many different angles to form cross-sectional views of structures within the body.

Magnetic resonance imaging (MRI): This test uses radio waves and a strong magnetic field to create detailed images. MRI is particularly useful in visualizing soft tissue lesions that may be compressing a nerve.

Nerve tests

Electromyography (EMG) and nerve conduction studies measure electrical activity in the muscles and nerves. These tests can be uncomfortable, but they're useful in determining the location of the damage along the affected nerve.

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