Pinarayi Vijayan sworn in as Kerala Chief Minister

Lucknow, May 9: The first patient to receive plasma therapy as an experimental treatment for coronavirus infection in Uttar Pradesh died following a heart attack on Saturday.

The patient, a 58-year-old doctor, was admitted at the King George’s Medical University (KGMU) here.

The doctor, who was on ventilator since the last 14 days, died on Saturday evening following a heart attack, KGMU Vice-Chancellor M L B Bhatt said.

Since he had high blood pressure and diabetes, he was under the continuous observation of doctors in the isolation ward, Bhatt said.

“The patient was in a stable condition. His lungs had improved, but he later developed urinary tract infection. Two reports of his samples came out as negative (for COVID-19) today,” the vice-chancellor said.

“He, however, suffered a heart attack around 5 pm. Despite all efforts, he could not be saved,” he said.

The doctor from Orai in Uttar Pradesh was administered plasma therapy at the state-run KGMU on April 26. He was administered the plasma donated by a doctor from Canada who was the first COVID-19 patient admitted at the hospital and later recovered.

Tulika Chandra of Blood Transfusion Department, KGMU said, "When the patient was given plasma therapy, his condition was very bad. His lungs, however, improved. But as he was an old patient with diabetes, he was kept on the ventilator.”

Convalescent Plasma Therapy is an experimental procedure for treating COVID-19 patients. In this treatment, plasma, a blood component, from a cured patient is transfused to a critically ill coronavirus patient.

The blood of a person who has recovered from COVID-19 develops antibodies to fight the virus. This therapy uses the antibodies from the blood of a cured patient to treat another critical patient.

The Union health ministry, however, had advised against considering the therapy to be a regular treatment for coronavirus, adding it should be used for research and trial purposes till there is a piece of robust scientific evidence to support its efficacy.

Eminent river engineer and former professor of civil engineering at IIT in the Banaras Hindu University (BHU) Prof. U.K. Choudhary has said that the judicious use of river technology can help resolve the Coronavirus crisis as well as the plight of Ganga river.

Choudhary, who is also founder of Ganga Research Centre at IIT (BHU), said: "The Ganga water contains a significantly higher proportion of bacteriophages - a kind of virus that kill bacteria. Our ancient scriptures like Vedas, Puranas and Upanishads say that Ganga jal is medicinal water. Scientists later found that Ganga water has bacteriophages capable of killing pathogens."

Explaining further, he said, "Let us analyze the source of bacteriophages. If we take three rivers of Himalayan origin having sources at different heights -the Ganga (Gomukh), Yamuna (Yamunotri) and the Sone river, we find the colours of waters are different. The whitish colour of Ganga water, greenish colour of Yamuna water and the brownish colour of Sone water is also indicative. As Gomukh is the highest among the three, its water comes from lowest depth of aquifer as compared to Yamunotri and Sone river," he explained.

Thus, the quality of river water is proportional to height of origin point. This defines the genetic character of Ganga water. The balanced flow of this water in entire length of the Ganga defines the medicinal property of Ganga water," he stated.

Prof Chaudhary said that the bacteriophages in the Ganga can curb the spread of coronavirus through soil, water and air.
He suggested that the idea is to preserve the medicinal value of Ganga water and to use it to fight Corona. He said that this can be done by opening the gates of all the dams and barrages in a way that the discharge through each is similar to the water at Gomukh. In this way, the concentration of bacteriophage will be enhanced in Ganga water making it more effective against pathogens.

"With increasing diffusion of bacteriophages in water and soil, the spread of Coronavirus will be impacted and reduced. This methodology and technique can also help maintain the quality of Ganga water later when the problem of Corona ends," he said.

Srinagar, May 12: Two paramilitary Central Reserve Police Force (CRPF) officers committed suicide after shooting themselves with their service rifles in Kashmir on Tuesday.

In the first incident, a CRPF sub-inspector on Tuesday committed suicide after shooting himself with his service rifle at Mattan area of south Kashmir’s Anantnag district. The deceased, identified as Fatah Singh of Jaisalmer in Rajasthan, had reportedly left behind a suicide note that read: “I am afraid, I may have Corona.”

Station House Officer (SHO) Akura, Mattan police station Jazib Ahmed said that they have followed the COVID-19 protocol while dealing with the body of the CRPF sub-inspector. “His samples have been taken and post-mortem conducted. Only results would confirm whether he was a COVID-19 positive,” he said.

CRPF spokesman in Srinagar Pankaj Singh said the officer had returned to his unit after performing a day-long duty. “As such, there is no evidence that he had caught COVID-19. Let’s wait for the final report. Details will be shared with the media,” Singh said.

Hours after the first incident, an assistant-sub-inspector of the CRPF posted in Srinagar also committed suicide by shooting himself dead with his service rifle.

Special Director General of CRPF, Zulfikar Hassan said they were trying to find out the reason for the two boys taking this extreme step.

Suicides and fratricide incidents are not uncommon among the CRPF and the Army personnel deployed in Kashmir. In 2006, recognising the rising fratricide and suicide cases among the armed forces, the then Defence Minister had constituted an expert group of psychiatrists under the Defence Institute of Psychological Research in order to suggest remedial measures to prevent suicide and fratricide incidents.

Over the last decade, incidents of fratricide have reportedly reduced in the Army as the force has taken measures to address the issue.