Connect with us


Startup makes giant meatballs from lab-grown mammoth meat



Meatballs made from lab-grown mammoth meat were on display Tuesday at a science museum in the Netherlands.

Vow, the startup that made the meatballs, created them using genetic information from a long-extinct mammoth, company researchers said at a media event on Tuesday. Some gaps in the genetic sequence have been filled in using data from the mammoth’s closest living relative: the African elephant.

The production process for cultured meat usually begins with cells taken from a living animal. These cells are dipped in nutrients and turned into meat in the lab.

In this case, mammoth genes were inserted into a sheep cell, Vow chief scientist James Ryall said at the discovery. The mammoth gene was then overexpressed, so it would be more dominant in the final product than the sheep gene.

A meatball made from meat farmed using the DNA of an extinct woolly mammoth is on display at the NEMO Science Museum, created by a meat farming company, in Amsterdam, the Netherlands, on March 28, 2023. / Photo: PIROSCHKA VAN DE WOUW / REUTERS

According to Vow founder Tim Noaksmit, no one has yet tasted mammoth meat.

“And that doesn’t mean it can’t be eaten, but because this protein is literally 4,000 years old, we haven’t seen it for a very, very long time,” Noaksmith said. “That means we’d like to put it through some serious rigorous testing, as we do with any product we want to bring to market. And for this purpose, we wanted to introduce it to the world faster and not necessarily immediately bring it to the market. .”

Despite the fact that Vow does not vouch for the safety of mammoth meat, the startup chose the meat of an extinct animal to get people to talk, according to Noaksmit.

“Because with new technologies, this means that the food we can eat does not have to repeat what we have eaten before,” Noaksmith said. “It could be more exciting, it could have better flavor profiles, better nutritional profiles. And so we wanted to create something that was completely different from anything you can get right now.”

Vow is one of many lab-grown meat companies. In the US, the Food and Drug Administration approved last week “Cultured chicken cell material“manufactured by GOOD Meat as safe for human consumption. In November, they approved lab-grown chicken made by Upside Foods. Proponents of lab-grown meat say it can help cut methane emissions and fight climate change.

Lab-raised chicken from GOOD Meat, owned by Eat Just, Inc.  / Photo: Eat Just, Inc.

Lab-raised chicken from GOOD Meat, owned by Eat Just, Inc. / Photo: Eat Just, Inc.

Cultural meat has been developed over the years. first in the world lab grown burger was eaten in 2013. The first cage-based chicken nuggets were approved in Singapore in December 2020.

In the 2022 Future of Food Safety report, the Food and Agriculture Organization (FAO) of the United Nations noted that growth in consumer demand for food products of animal origin.

“Intensification of livestock production can be in conflict with sustainable development goals, resulting in trade-offs in various environmental aspects, food security and animal welfare,” the report says. “The new technology represents a potential alternative: the production of terrestrial and aquatic animals without the need for large-scale farming and slaughter.”

More than 75 companies around the world are working on development of meat products grown in the laboratory as of November 2021, according to FAO. Singapore is the only country that has allowed the sale of cultured meat.

In the US, FDA approved companies require USDA approval before they can market their products. The USDA has not shared any timetable for when lab-grown meat products may be eligible for sale in the US.

Political and cultural divisions over the AR-15

UConn Coach Dan Hurley Discusses March Madness, Final Four

Senators question top regulators about bank failures and oversight issues

Continue Reading
Click to comment

Leave a Reply

Your email address will not be published. Required fields are marked *


British scientists have found one of the largest black holes ever discovered



British astronomers have discovered one of the largest black holes ever discovered.

A team led by Durham University used gravitational lensing to find a supermassive black hole.

Gravitational lensing occurs when a celestial object has such a massive gravitational pull that it bends time and space around it, bending light from a more distant object and magnifying it.

They also used supercomputer simulations on the DiRAC integrated supercomputer facility, which allowed the researchers to study how light is bent by a black hole inside a galaxy hundreds of millions of light-years away.


Artist’s impression of a black hole, where the black hole’s strong gravitational field distorts the space around it. This distorts the background light images almost directly behind it into sharp, circular rings. This gravitational “lensing” effect offers an observational method to infer the presence of black holes and measure their mass based on how large the deflection of light is. The Hubble Space Telescope is targeting distant galaxies whose light travels very close to the centers of intermediate foreground galaxies, which are expected to host supermassive black holes a billion times the mass of the Sun. (ESA/Hubble, Digitized Sky Survey, Nick Reisinger (, N. Bartmann)

A university release says the group has simulated light traveling through the universe hundreds of thousands of times, with each simulation involving a black hole of a different mass that changes the light’s path to Earth.

By including a supermassive black hole in one of their simulations, they found that the path traveled by light from the galaxy to Earth matches what is seen in real images taken by the Hubble Space Telescope.

They discovered a supermassive black hole in the foreground galaxy, an object with a mass more than 30 billion times that of the Sun.


Astronaut aboard a spaceship

An astronaut aboard the Atlantis spacecraft took this image from the Hubble Space Telescope on May 19, 2009. (NASA)

Durham University said it was the first black hole discovered using gravitational lensing. Durham University astronomer Professor Alastair Edge first noticed the giant arc of the gravitational lens while looking through images of the galaxy in 2004.

“Most of the largest black holes we know of are in an active state, when matter pulled close to the black hole heats up and releases energy in the form of light, X-rays and other radiation,” says lead author Dr. This is stated in a statement by James Nightingale.

Massive galaxy cluster RX J2129 is captured in this observation by the NASA/ESA/CSA James Webb Space Telescope.  Due to gravitational lensing, this observation contains three different images of the same supernova galaxy, which you can see here in more detail.  Gravitational lensing occurs when a massive celestial body causes enough space-time curvature to bend the path of light passing by or through it, almost like an enormous lens.  Gravitational lensing can cause background objects to appear strangely distorted, as seen in the concentric arcs of light in the upper right corner of this image.

Massive galaxy cluster RX J2129 is captured in this observation by the NASA/ESA/CSA James Webb Space Telescope. Due to gravitational lensing, this observation contains three different images of the same supernova galaxy, which you can see here in more detail. Gravitational lensing occurs when a massive celestial body causes enough space-time curvature to bend the path of light passing by or through it, almost like an enormous lens. Gravitational lensing can cause background objects to appear strangely distorted, as seen in the concentric arcs of light in the upper right corner of this image. (ESA/Webb, NASA & CSA, P Kelly)

“However, gravitational lensing makes it possible to study inactive black holes, which is currently not possible in distant galaxies. This approach could allow us to detect many more black holes outside of our local universe and show how these exotic objects have evolved in cosmic time.” — said the professor of the physics department.


The results were published in a study also involving the Max Planck Institute in Germany, in a journal. Royal Astronomical Society Monthly Notices.

Continue Reading


US can meet climate targets by 2030, but much remains to be done



CLIMATE WIRE | A couple of new laws, combined with new climate regulations, give the United States a shot at meeting its 2030 emissions targets under the Paris Climate Agreement. But before 2030, a lot could go wrong.

These are the conclusions Thursday report The Rhodium Group, which is exploring America’s path to achieving its goal under the Paris Agreement.

The report says the United States is in a significantly better position to pursue its climate ambitions following the passage of the Inflation Reduction Act last year and a bipartisan infrastructure deal in 2021. .

To achieve the goal, new pollution standards must be adopted, most of which have not been finalized by the Biden administration. Resolving transmission fights and bottlenecks can derail clean energy projects. Supply chain restrictions could drive up the price of renewables, electric vehicles and technology needed for green factories, slowing down their rollout. And the victory of a candidate in the 2024 presidential race who does not consider climate a priority could lead to the fact that the implementation of new climate incentives in the country will stall.

“It’s not as easy as passing a bill by Congress at the moment,” said Ben King, an analyst at Rhodium who helped write the report. “This is work that is being done through the federal government, with a lot of rulemaking across multiple agencies. This is work that is being done in a wide variety of states that are pursuing aggressive climate protection policies.”

The long to-do list is responsible for the wide range of rhodium emissions.

In a climate-best-case scenario, U.S. emissions will be 51% lower than 2005 levels by the end of the decade. This would satisfy the 50-52% reduction in emissions stipulated by the Paris Agreement. However, achieving this goal will require the effective implementation of new laws, a set of rules designed to limit pollution from cars, power plants and factories, and reduce clean energy costs.

However, emissions cuts could fall as little as 32 percent if implementation of the legislation fails and new pollution rules are crushed in court or left on agency drawing boards. In this case, low fossil fuel prices will also increase energy consumption and emissions.

A number of federal regulations will be particularly important in determining whether the United States is meeting its climate goals, King said. New EPA regulations on everything from mercury and greenhouse gas emissions from power plants to vehicle emission standards and methane limits for the oil and gas industry could cut greenhouse gas levels by 6 percent, rhodium has found.

The Inflation Reduction Act and the bipartisan infrastructure agreement provide economic incentives to green the economy, but there are no requirements under these laws that companies must comply with. That’s why the new federal pollution standards are so important, King said.

“Ambitious federal action in these areas is a prerequisite for achieving the Paris climate goal,” he said. “A lot of things can go wrong that could keep us at the bottom of that range. But a lot can go wrong.”

Reprinted from News from Europe and Europe with permission from POLITICO, LLC. Copyright 2023. E&E News provides important news for energy and environmental professionals.

Continue Reading


A Mississippi tornado scoured the ground so hard it left a scar visible from space



These days we are used to seeing very high resolution satellite imagery showing the horrific effects of extreme weather. Below I give a particularly impressive example: the before and after images of the devastation caused by the tornado are one of at least 20 during an outbreak in the south that devastated Rolling Fork, Mississippi on March 24, 2023.

But what struck me even more was the wider perspective in the image above, released by NASA. Instead of a relatively close view of homes and businesses torn to shreds, the Landsat 9 image shows a scar carved into the landscape by one of the March 24 tornadoes. The tornado trail seen in the image is just over eight miles long.

Here’s an even wider view showing the entire 29-mile tornado track:

A wider view of the area around Winona, Mississippi taken on March 24, 2023 by Landsat 9. Almost the entirety of the 29-mile tornado scar is visible as a brownish scar embedded in the landscape. (The box in the upper right corner shows part of the scene visible in the image at the top of the article. Credit: NASA Earth Observatory)

It first landed in a wooded area near Black Hawk, Mississippi, in the lower left corner of the image. With winds reaching 155 miles per hour, it broke and uprooted trees, overturned vehicles and destroyed homes and other structures. Three people tragically died.

Before and after satellite imagery shows the extent of damage done to homes and businesses by tornadoes that swept through Rolling Fork, Mississippi on March 24, 2023. To: December 27, 2022. After: March 26, 2023. (Source: Maxar Technologies) via twitter)

An even stronger tornado touched down about 70 miles to the southwest. During its almost 60-mile journey lasting over an hour, this twister winds reached at least 170 mph.

The tornado that swept through Rolling Fork left much of the tiny town in ruins, as tragically shown in high-resolution before and after satellite images.

At least 21 in Mississippi and one in Alabama lost their lives as powerful thunderstorms caused a tornado outbreak across a wide swath of the Deep South. In Sharkey County alone in western Mississippi, 13 people out of a total population of 3,700 died during the hurricanes.

Continue Reading


Copyright © 2023 Millennial One Media.