Handgrip exercises with the imagination of resistance in hand by getting feedback in VR Box will be given as an intervention. Stretching will be given at the beginning and the end of each session. This will include imaginary resistance exercises for handgrip by using Virtual Reality Box. Five types of different resistances will be imagined by patients by watching their own videos in VR box, which will be recorded on day one to make them familiar with the resistive objects and the resistance experienced from them by asking patients to perform 15-15 repetitions of each object. Every imaginary resistance exercise will have 15 repetitions. After performing exercises, the participants will ask to perform Finger-to-Nose Test and Purdue Pegboard Test.

Handgrip exercises with physical resistance in hand will be given as an intervention. Stretching will be given at the beginning and the end of the session. 5 different types of resistances will be given to patients for making themselves familiarize themselves with the type of resistance applied by each object, that they will experience in further sessions, by asking them to perform 15-15 repetitions of each object. Every physical resistance exercise will have 15 repetitions. After performing exercises, the participants will ask to perform Finger-to-Nose Test and Purdue Pegboard Test.

In imaginary resistance exercises, resistive force is assumed to get applied by the patient after demonstrating some resistive objects and the kind of force exerted by them.

It is an isometric instrument that can provide the most stable results during repetitive gripping exercises. This instrument has been reported to have high validity and reliability. This is considered to be a "Gold Standard" instrument, and many researchers have used the Jamar as a standard to validate other instruments.

It is a functional assessment tool to screen for hand dexterity. It was designed to assess fine motor hand function using three common objects, pegs, washers, and collars, to be inserted on a pegboard. With its long history and wide usage, its reliability in healthy subjects is well established because it employs tasks that resemble activities of daily living. It is economical and easy to administer

Goniometer has been the most widely used tool for measuring joint range of motion. To ensure reliable measurement, standardized, specific positions and landmarks are used to measure each joint movement.