Vrat ke aloo is the most commonly made sabzi during the vrat. Vrat wale aloo ki sabzi can not only be made in a jiffy but are yummy too. Learn how to make vrat ke aloo.

Time Taken : 10 minutes
Serves: 2

Ingredients:

1.3 medium size Boiled Potatoes (Aloo)
2.1 Green chilly slit long
3.1 tsp Jeera (Cumin Seeds)
4.1/2 tsp Turmeric powder(Haldi)
5.1/2 tsp Whole Coriander Seeds(Sabut Dhania)
6.1/2 tsp Red Chilly Powder (Lal mirch)
7.1/2 tsp Sendha namak (To Taste)
8.1 tblsp full Green Coriander Chopped
9.1 tblsp Oil

How to make vrat ke aloo :

1.Chop the boiled potatoes into cubes and keep aside.
2.Pound the whole coriander seeds coarsely.
3.Now heat oil in a kadai and put the jeera. Add the green chilly. Keep a tablespoon of water ready. Once the jeera sputters put turmeric powder, crushed 4.whole coriander seeds, and red chilly powder. Immediately pour the tablespoon water or the red chilly powder will burn.
5.Stir it till all the water gets evaporated and then add salt and chopped potatoes. Mix well so that all the potatoes are coated well with this masala.
6.Roast it for 2 -3 minutes on low flame till a nice shine comes on the potatoes.
7.Then sprinkle the chopped green coriander.
8.Vrat ke jeera aloo is ready. It can be served with kuttu ki puri or kuttu ka paratha.

Bill Kochevar, 53, a results who had been paralysed from the neck down, is believed to be the primary one that has been able to feed and drink himself by facilitate|the assistance} of neuro-prostheses that reconnect his brain together with his muscles and help him complete the specified movements by simply thinking.

A man, World Health Organization was utterly paralysed, has been able to regain movement in his limbs for the primary time in eight a result of brain implants that enabled thought-control technology, a groundbreaking study has discovered.

Bill Kochevar, 53, World Health Organization had been paralysed from the neck down because of a bicycle accident, is believed to be the primary one that has been able to feed and drink himself by facilitate|the assistance} of neuro-prostheses that reconnect his brain together with his muscles and help him complete the specified movements by simply thinking.

“Our analysis is at AN early stage, however we have a tendency to believe that this neuro-prosthesis may supply people with disfunction the likelihood of acquisition arm and hand functions to perform regular activities, providing them bigger independence,” same lead author Bolu Ajiboye from Case Western Reserve University within the US.

So far, it's helped a person with tetraplegia to achieve and grasp, that means he may feed himself and drink. With any development, we have a tendency to believe the technology may provide a lot of correct management, permitting a wider vary of actions, that may begin to remodel the lives of individuals living with disfunction,” Ajiboye other within the paper elaborated within the The Lancet.

Kochevar underwent surgery wherever sensors were fitted within the space|motor region|Rolando's area|excitable area|cortical area|cortical region} – area of brain chargeable for hand movement. With the assistance of a brain-computer interface, the sensors learnt that movements his brain signals were instructing for.

Later, thirty six muscle stimulating electrodes were placed into his higher and lower arm, together with four that helped restore finger and thumb, wrist, elbow and shoulder movements.

Using a mathematical algorithmic rule, the brain-computer interface was wired to the electrical stimulators in his arm, that translated his brain signals into commands for the electrodes in his arm. The electrodes then stirred the muscles to supply contractions, serving to Kochevar intuitively complete the movements he was thinking of.

After twelve months, Kochevar was able to complete regular tasks, together with drinking a cup of low and feeding himself. “It’s most likely a decent factor that I’m creating it move while not having to actually concentrate onerous at it. I simply suppose ‘out’ and it simply goes,” Kochevar same.