Ceci González 🦋

Lex iniusta non est lex. St. Thomas Aquinas.

@LaRazon_Bolivia Zurdo droogo.

#Economía | A través de un video en redes sociales, el empresario y líder de Unidad Nacional (UN), Samuel Doria Medina, planteó la legalización de la producción de mar1hu4na en el país. En su criterio, la producción de la planta c4nn4bis es más rentable que la producción de la hoja de coc4, resaltando que la producción de mar1hu4na da $us 350.000 por hectárea al año, mientras que la producción de coc4 es de $us 10.000.

This is a human cell 🤯 We are miracle machines 👽🌎🌽

Don't go to this link: github(dot)com/syt2/zotero-scipdf But if you do, replace the word "dot" with an actual [.] Don't scroll down and click on "latest release xpi file." This will download an "xpi" file to your computer.

Investigadores del KAIST en Corea del Sur, liderados por el profesor Cho Kwang-hyun, desarrollaron una tecnología para revertir células cancerosas de colon a un estado normal en lugar de destruirlas. Mediante redes genéticas y el análisis de interruptores moleculares, este enfoque reprograma células malignas, ofreciendo una alternativa más segura y menos tóxica que la quimioterapia tradicional

This article should be mandatory reading for every medical student, PhD candidate, researcher—and honestly, for anyone who mistakes expertise for certainty. “The importance of stupidity in scientific research” sounds provocative, almost offensive. But Martin Schwartz is not glorifying incompetence. He is describing the real operating system of discovery. Science is not built on knowing. Science is built on tolerating not knowing. That distinction matters. Most of education rewards correctness. School teaches us to answer. Exams reward speed, certainty, and precision. You feel intelligent when you get things right. Research is the opposite. Real research begins exactly where competence ends—at the frontier where nobody knows the answer, including the people you thought must know. That moment is psychologically brutal. You ask the expert. The expert shrugs. You assume you’re missing something. Then you realize: no—this is the work. You are not failing. You are standing at the actual boundary of knowledge. That feeling—“I must be stupid”—is often not a sign of inadequacy. It is often the first sign that you are finally asking an important question. Medicine struggles with this. We train doctors to avoid uncertainty, to fear being wrong, to perform confidence. But the best clinicians and the best scientists know how to sit inside ambiguity without collapsing into fake certainty. This is why AI in medicine also deserves caution. Systems trained only to reproduce established answers may become extraordinarily good at passing exams while being terrible at discovering what matters next. Guideline intelligence is not the same as scientific intelligence. Discovery requires productive stupidity: the willingness to stay with the uncomfortable, to look ignorant, to ask naïve questions, to be wrong repeatedly without protecting your ego. Most people want the authority of expertise. Very few want the humiliation required to earn it. But progress lives there. Not in certainty. Not in performance. Not in sounding smart. In the quiet discipline of saying: “I don’t know… yet.” And continuing anyway.

Regenerar el esmalte dental ya podría ser una realidad: una pasta dental ayudaría con este común problema ensedeciencia.com/2025/11/02/cre…

☕☕

Un vistazo más cercano al Rally Solar 2026, junto a dos de los integrantes del equipo ganador Strahl. #UPB

Say goodbye to synthetic fertilizers. Dr. Mariangela Hungria, a renowned Brazilian soil microbiologist at the Brazilian Agricultural Research Corporation (EMBRAPA), has been awarded the 2025 World Food Prize—often called the "Nobel Prize for Food"—for her groundbreaking advancements in biological nitrogen fixation. Over more than four decades, Hungria developed over 30 microbial technologies, including inoculants and co-inoculants that enable crops (especially soybeans) to harness symbiotic soil bacteria. These bacteria naturally convert atmospheric nitrogen into plant-usable forms, dramatically reducing or eliminating the need for synthetic nitrogen fertilizers. Her innovations have transformed tropical agriculture, boosting yields sustainably while cutting costs and environmental harm. In Brazil alone, these biological solutions are applied across more than 40 million hectares of farmland (primarily soybeans), saving farmers an estimated US$25–40 billion annually in fertilizer expenses. The environmental benefits are equally profound: by replacing chemical fertilizers, her methods prevent the release of over 180–260 million metric tons of CO₂-equivalent emissions each year (figures vary slightly by source and year, with recent estimates around 230–260 million tons for recent seasons). Hungria's work has helped position Brazil as a global agricultural powerhouse, turning it into a leading soybean producer with high productivity and lower ecological footprint. Her low-cost, eco-friendly approach offers a scalable model for enhancing food security worldwide, proving that powerful solutions for sustainable farming often lie in the soil's own microbial communities. [World Food Prize Foundation. Dr. Mariangela Hungria Named 2025 World Food Prize Laureate for Revolutionary Work in Soil Microbiology]

Un paso contra la ceguera: científicos descubren cómo devolver la vista a millones de personas con ceguera ensedeciencia.com/2025/05/16/cie…

Hummmmm

Big step forward for gene editing and innovation in Europe 🇪🇺🌱 The EU Council has officially adopted new rules on New Genomic Techniques (NGTs), creating a clearer, science-based framework for gene-edited crops. This opens the door to faster development of climate-resilient, pest-resistant, and more sustainable crops—while boosting competitiveness across the agri-food system. After years of debate, Europe is finally aligning regulation with scientific progress. 🔗 Link: consilium.europa.eu/en/press/press… #GeneEditing #CRISPR #NGTs #Biotechnology #AgTech #FoodSecurity #EU #PrecisionBreeding

🔴El equipo de científicos fue liderado por la académica del Departamento de Ingeniería Química, Katherina Fernández Elgueta. Quienes lograron crear una gran variedad de combinaciones de nanomateriales a partir de polímeros naturales y agentes bioactivos.

🚨 The heart generates an electromagnetic field detectable several feet from the body.

🚨 15-YEAR-OLD SCIENTIST’S INVENTION COULD CHANGE CANCER DETECTION FOREVER… A remarkable story is capturing attention worldwide — reports are circulating about a 15-year-old scientist who may have developed an incredibly fast device designed to detect early signs of pancreatic cancer. Pancreatic cancer is known for being extremely difficult to catch early, which is why this kind of innovation is generating so much excitement. If further confirmed, this technology could one day help doctors identify the disease much sooner, when treatment options are most effective. While details are still emerging, the idea alone is sparking hope in the medical world — a reminder that groundbreaking discoveries can come from the most unexpected places. The future of early cancer detection might be closer than we think… ✨

Microorganisms have so much to do with many issues.

For decades, biology textbooks have enshrined a simple rule: DNA is made by copying a template. After one enzyme unzips a DNA double helix into separate strands, another called a polymerase builds a complementary sequence, base by base, for each strand. Presto: two copies of the original DNA. But new research into how bacteria defend themselves from viruses now shows this synthesis rule isn’t absolute. Now, a team describes a bacterial enzyme that synthesizes DNA without a nucleic acid template, using its own structure as a guide. Learn more: scim.ag/4tTc5IA @NewsfromScience

🚨: Stanford scientists just remove the 'sugar shield' that protects cancer cells from being attacked Tumors don't just grow: they hide. They coat its surface with sugar molecules that cheat the immune system and pass it by as if there were no threat.

How much water is really inside a cell? Discover a breakthrough method for measuring intracellular water: non-destructively and with precision. This could transform cancer and immune research! news-medical.net/news/20260421/…