Namecant B. Blank @planeSSM

@Nonsoperspectiv @KINGGGE_ Only personal belongings, after the sale dead is executed. The rest is legally not theirs, morally it's a different matter.

Mahua, just four months ago, you sent 13 policemen from Krishnanagar to arrest & intimidate me for quoting a tweet about you. Instructed them to create a nuisance in my neighbourhood to sully my image. You slapped 12 non-bailable FIRs on me, which were quashed by the High Court

Please give this bus driver/conductor an award @gupta_rekha ji @p_sahibsingh ji 🔥👏👏👏 Whatta kick and then came the chad shove …. The shell shocked look on the vandal’s face at the end was so satisfying He really didn’t see this coming 👊 clip credit @/NACHT_EDITS on IG

@AuntieAmbie @cutelipssx The regular time was upto 5.30. He left at 5. "Work life balance" does not apply here.

@SunilBhard39733 @MeghUpdates You even need onboard cannon.

@SunilBhard39733 @MeghUpdates You need all ranges, even 60 km.

@Jackyshah7 @MeghUpdates It's not that they have nothing else to do, and just wasting time. Everything has repercussions and some have to be thought through. Plus, the babus need to be straightened out

Mesopotamia was never the cradle of civilisation. India was. I spent forty years in international shipping, not academia. When I began researching the history of maritime trade, I had no orthodoxy to defend. I followed the evidence, and it kept arriving in the same place: the Indian subcontinent. Nineteenth century archaeologists dug in Mesopotamia because the climate preserved artefacts, the biblical sources pointed them there, and the Ottomans allowed the excavations. That is the entire basis for the myth of Mesopotamia as "the cradle of civilisation." Nobody applied the same rigour to India. Mohenjo-daro was not discovered until 1922. By then the narrative had already hardened. What was actually there was the largest civilisation of the ancient world. Three hundred cities. Fifty thousand people in each, by 2600 BC. Two thirds of them stood on the banks of the Sarasvati, the central and greatest of the seven rivers described in the Rig Veda, flowing down from the Himalayas before the river vanished entirely by 1900 BC. The Vedic kings claimed territory stretching "sea to sea," from Afghanistan to Maharashtra, some 1.5 million square miles, against Egypt's 13,000. A dock at Lothal built to handle thirty ships of sixty tons, unmatched in Europe for four thousand years. When it was first excavated, it was recorded as a bathing pool. When the scale became impossible to dismiss, the theory was not corrected. It was replaced with a story of pale-skinned nomads from the steppe who supposedly arrived around 1500 BC and brought civilisation with them. There is no evidence. The chronology doesn't work. The Vedas describe no invasion. In 2019 a Harvard-led genetic study revived the claim, and the press reported it as confirmation. It was not. The same study found the builders of these cities were indigenous. The Sarasvati river that the Rig Veda described had already dried up before these newcomers arrived. What the study also found is that a small group of men, arriving after the Sarasvati had already dried up, interbred with the existing population and left a genetic signature. That is all. So, where they chose to dig was mostly an accident of climate and access. The Aryan invasion theory was constructed because an Indian civilisation that owed nothing to Caucasians was a fact the late nineteenth century could not accommodate. Link to full Substack essay with sources in the comments below.

@soran0312_ 16

@Space_EngGG @DJSnM The third stage had stopped thrusting for over a minute. The problem is that either it did not break away cleanly or the fact that the 4th stage thrusting was also a minute away

@MubbashirAli10 @Iyervval Whether king or donkey will be seen soon

She writes it as if it's India's Chabahar, not Iran's Chabahar. Lol > India doesn't own Chabahar Port. > India operates only the Shahid Beheshti Terminal. > The strike happened on the other side, near Shahid Kalantari. > Iranian officials themselves called the damaged tower part of the port's civilian monitoring system. > The MEA too confirmed same.. These are the ppl who write geopolitical analyses on India, & this is the standard of reporting?

Egypt….Switzerland…Morocco….France & now England… She took everyone down 😆

99% Indian Muslims only support Muslim teams 99% Indian Muslims tell Hindus to keep religion out of sports

The doctor in the post claims she was "inspired by swimming in the ocean" to invent a "sinus power wash treatment" using pressurized saline. In reality, she did not invent a single thing. She just mechanized Jala Neti, a foundational practice of the ancient Indian knowledge system that is 1000s yrs old. Long before Western medicine understood the concept of sinus congestion, the Hatha Yoga Pradipika & the Gheranda Samhita (ancient texts on physiology & yoga) outlined the Shatkarmas: the 6 purification techniques designed to cleanse the body's internal channels. 1 of these primary cleansers is Neti. The texts describe 2 types: - Sutra Neti: Using a soft thread passed through the nose & out the mouth to physically clear the nasal tract. - Jala Neti: Using a custom vessel (a Neti Pot) to pour lukewarm, salted water (isotonic saline) into one nostril, allowing gravity to pull it through the sinus cavities & out the other nostril. When the West 1st encountered the Neti pot, it was dismissed by mainstream doctors as a primitive folk ritual. But over the last few decades, Western otolaryngology (ENT) conducted clinical trials & suddenly realized the ancient rishis were brilliant biochemists. Here is how it works: The inside of our sinuses is lined with microscopic, hair-like structures called cilia that wave back & forth to push out dust, bacteria & excess mucus. When we are congested, the cilia get bogged down & stop moving. Saline water restores their fluid dynamics & increases their "ciliary beat frequency," allowing the body to naturally flush out pathogens. This is a recurring pattern where ancient Indian empirical knowledge is stripped of its cultural roots, repackaged & commercialized in the West: Turmeric becomes a patented "Curcumin Golden Latte." Ashwagandha becomes an "Adaptogenic Cortisol-Lowering Serum." Pranayama becomes "Box Breathing" taught by Navy SEALs. Jala Neti becomes a "Sinus Power Wash Treatment" priced at a premium clinic rate :))

@shivsagarchopra @prakdadlani You want booze, bar dancers? Stay away.

@AviationAll_ Does this include the wet leased ones?

Couldn’t believe my eyes when I saw this news. Of course, India is a global force in shooting, but most of our success has come in rifle & pistol events. Trap and skeet have always been much tougher to crack, demanding a very different ecosystem of ranges, coaching and competition. That’s what makes Neeru Dhanda’s victory so special. To win an ISSF World Cup gold in trap is one thing. To do it at Lonato, which is one of the sport’s most iconic venues and a place every shotgun shooter reveres, is another. Clay target shooting has long been a European stronghold and is a discipline many Americans proudly regard as their own. Which is why Neeru’s gold feels like such a breakthrough. Congratulations, Neeru. May this be the first of many more podiums. 🇮🇳

An Indian scientist at Harvard discovered ATP (Adenosine Triphosphate). Then he helped create the first chemotherapy drug and the first tetracycline antibiotic. Harvard still refused him tenure. A bowling alley would not let him bowl. He died at 53, without an obituary. His medicines save tens of millions of lives every year. Most American doctors who prescribe them have no idea what his name was. His name was Yellapragada Subbarow (Subba Rao). He was born in 1895 in Bhimavaram, India. His father was a Sanskrit scholar who died from tropical sprue. Tropical sprue is an acquired malabsorptive disorder found in tropical regions, characterized by chronic diarrhea, weight loss, and severe nutritional deficiencies. It is most commonly associated with deficiencies in vitamin B12 and folic acid, resulting in anemia, fatigue, and glossitis. The same disease killed two of his brothers. As a child, Subbarow watched them fade away and decided he would spend his life fighting disease. He failed his school exams twice. Passed on the third attempt. His future father-in-law paid for his medical school books. Subbarow married his daughter and repaid the debt. In October 1922, he arrived in Boston with borrowed money and broken English. He was 27. He entered Harvard Medical School and joined the biochemistry PhD program. He began working under a senior researcher named Cyrus Fiske. Long hours. Little pay. But he was at Harvard, and he did not care. In 1925, they developed the Fiske-SubbaRow assay, a method for measuring phosphorus in body fluids. It is still used today in kidney failure testing, vitamin D testing, and prostate cancer work. It became one of the most cited methods in biochemistry history. Then they found something even bigger in 1926 - ATP - Adenosine triphosphate. The energy molecule that powers every cell in every living thing on Earth. That discovery changed biochemistry. It also proved that the 1922 Nobel laureate had been wrong about how muscles worked. Muscles did not run on glycogen. They ran on ATP. Subbarow earned his PhD in 1930. He stayed at Harvard for another decade. Paper after paper. Discovery after discovery. And every year, Harvard refused to promote him. The biochemistry department had never given tenure to a foreigner. They were not going to begin with an Indian. His colleagues took him fishing. Played tennis with him. Came to dinner at his home. Then voted against him year after year. Outside the laboratory, he met the same wall. He bought an airplane and learned to fly because he loved flying. Once, he tried to go bowling. The local alley refused him entry. The sign said it was “open only to the Caucasian race.” Then Fiske turned against him. The senior researcher began blocking Subbarow’s discoveries out of jealousy. Some of Subbarow’s work had to be rediscovered years later by other scientists because Fiske kept his findings hidden. May 1940. Harvard denied him tenure for the last time. After 17 years of groundbreaking work, he walked away. Lederle Laboratories in New York hired him as Associate Director of Research. By the end of the year, he was Director. In the next eight years, he changed medicine. He developed diethylcarbamazine, an oral medicine that killed the tropical worms crippling American soldiers in the Pacific. The World Health Organization still uses it. He isolated folic acid from liver and worked out how to produce it on a large scale. Today, folic acid in pregnancy prevents birth defects in tens of millions of pregnancies every year. The same family of diseases that killed his father and brothers became preventable because of him. Then Dr. Sidney Farber called from Boston with an idea: maybe a drug that blocked folic acid in cancer cells could kill childhood leukemia. Subbarow’s team created the drug. They called it Aminopterin. In December 1947, Farber gave it to an eight-year-old boy dying from leukemia. Within weeks, the cancer cells began to disappear. It was the first chemotherapy drug in history. The first time anyone had put cancer into remission using a pill. Subbarow’s team later refined it into Amethopterin, now known as methotrexate. It became a gold standard treatment for leukemia, lymphoma, breast cancer, and lung cancer. Then rheumatoid arthritis, psoriasis, and Crohn’s disease. The World Health Organization lists it as an essential medicine. Tens of millions of people use it every year. In 1948, his lab produced Aureomycin. The first tetracycline antibiotic - a broad-spectrum one that killed typhus, cholera, pneumonia, and many bacteria that penicillin could not touch. It opened the door to the whole tetracycline family: doxycycline, minocycline, and drugs still used today against plague, malaria, anthrax, and drug-resistant infections. He was 53 years old. He had created medicines that would save tens of millions of lives. August 8, 1948. Yellapragada Subbarow suffered a heart attack at his home in New York and died. No American newspaper gave him a front-page obituary. No university held a memorial. The Nobel Committee never honoured him. His own colleague George Hitchings later won a 1988 Nobel Prize for work built directly on Subbarow’s foundation. Subbarow was not even nominated. In 1950, Argosy magazine published a feature about him titled “Miracle Man of the Miracle Drugs.” It began with a line that still hits hard. “You’ve probably never heard of Dr. Yellapragada Subbarow. Yet because he lived, you may be alive and are well today. Because he lived, you may live longer.” Most Americans had not heard of him in 1950. Most still have not. Harvard has never officially honoured him. American medical schools mostly do not teach his name. The Nobel Committee that honoured Hitchings for work built on his foundation never corrected the record. Every methotrexate prescription written today remains silent about the man behind it. India remembers. The government issued a postage stamp for his 100th birthday. His childhood home became a museum. Indian medical schools teach his name. But the country that denied him tenure, refused to let him bowl, and allowed him to die unknown - the same country that uses his drugs every day - still mostly does not know him. Here is the truth. If someone you know has ever taken methotrexate for cancer or an autoimmune disease. If someone you love has taken folic acid during pregnancy. If you have ever been prescribed doxycycline for an infection. That was him. Yellapragada Subbarow. Born 1895. Died 1948. Saved tens of millions of lives, while a country he loved barely knows what it owes him. Please remember his name and let your near and dear know about this little-known scientific legend born on this soil but never got the true recognition that he deserved. A story you need to know. A story all of us need to know. #Medicine #Unknownlegends @centerofright @KiranKS

The brutal reality of hiring skilled talent in Bharat’s manufacturing sector right now: We need mould supervisors, machine maintenance, HR, QMS, admin & more.... Decided to go aggressive: “Hire and see who sticks.” Over 40 resumes came in. Only 5 were decent. Hired all 5. - 2 let go in <1 week (nowhere near what they claimed) - 1 fired for eating gutka inside the plant - 1 never showed up (phone off, ghosted) - 1 worked for a week then vanished with the classic “mausi in village is unwell” Massive waste of time and effort. Back to square one with the next 40 resumes. Building a reliable team in manufacturing is tough. The gap between CV and actual capability is painful. What frustrates me most? Seeing people complain there are “no jobs.” There are jobs. Good ones. They just demand real skills, discipline, and ownership.