Alberta
US approves chicken made from cultivated cells, the nation’s first ‘lab-grown’ meat

For the first time, U.S. regulators on Wednesday approved the sale of chicken made from animal cells, allowing two California companies to offer “lab-grown” meat to the nation’s restaurant tables and eventually, supermarket shelves.
The Agriculture Department gave the green light to Upside Foods and Good Meat, firms that had been racing to be the first in the U.S. to sell meat that doesn’t come from slaughtered animals — what’s now being referred to as “cell-cultivated” or “cultured” meat as it emerges from the laboratory and arrives on dinner plates.
The move launches a new era of meat production aimed at eliminating harm to animals and drastically reducing the environmental impacts of grazing, growing feed for animals and animal waste.
“Instead of all of that land and all of that water that’s used to feed all of these animals that are slaughtered, we can do it in a different way,” said Josh Tetrick, co-founder and chief executive of Eat Just, which operates Good Meat.
The companies received approvals for federal inspections required to sell meat and poultry in the U.S. The action came months after the U.S. Food and Drug Administration deemed that products from both companies are safe to eat. A manufacturing company called Joinn Biologics, which works with Good Meat, was also cleared to make the products.
Cultivated meat is grown in steel tanks, using cells that come from a living animal, a fertilized egg or a special bank of stored cells. In Upside’s case, it comes out in large sheets that are then formed into shapes like chicken cutlets and sausages. Good Meat, which already sells cultivated meat in Singapore, the first country to allow it, turns masses of chicken cells into cutlets, nuggets, shredded meat and satays.
But don’t look for this novel meat in U.S. grocery stores anytime soon. Cultivated chicken is much more expensive than meat from whole, farmed birds and cannot yet be produced on the scale of traditional meat, said Ricardo San Martin, director of the Alt:Meat Lab at University of California Berkeley.
The companies plan to serve the new food first in exclusive restaurants: Upside has partnered with a San Francisco restaurant called Bar Crenn, while Good Meat dishes will be served at a Washington, D.C., restaurant run by chef and owner Jose Andrés.
Company officials are quick to note the products are meat, not substitutes like the Impossible Burger or offerings from Beyond Meat, which are made from plant proteins and other ingredients.
Globally, more than 150 companies are focusing on meat from cells, not only chicken but pork, lamb, fish and beef, which scientists say has the biggest impact on the environment.
Upside, based in Berkeley, operates a 70,000-square-foot building in nearby Emeryville. On a recent Tuesday, visitors entered a gleaming commercial kitchen where chef Jess Weaver was sauteeing a cultivated chicken filet in a white wine butter sauce with tomatoes, capers and green onions.
The finished chicken breast product was slightly paler than the grocery store version. Otherwise it looked, cooked, smelled and tasted like any other pan-fried poultry.
“The most common response we get is, ‘Oh, it tastes like chicken,’” said Amy Chen, Upside’s chief operating officer.
Good Meat, based in Alameda, operates a 100,000-square-foot plant, where chef Zach Tyndall dished up a smoked chicken salad on a sunny June afternoon. He followed it with a chicken “thigh” served on a bed of potato puree with a mushroom-vegetable demi-glace and tiny purple cauliflower florets. The Good Meat chicken product will come pre-cooked, requiring only heating to use in a range of dishes.
Chen acknowledged that many consumers are skeptical, even squeamish, about the thought of eating chicken grown from cells.
“We call it the ‘ick factor,’” she said.
The sentiment was echoed in a recent poll conducted by The Associated Press-NORC Center for Public Affairs Research. Half of U.S. adults said that they are unlikely to try meat grown using cells from animals. When asked to choose from a list of reasons for their reluctance, most who said they’d be unlikely to try it said “it just sounds weird.” About half said they don’t think it would be safe.
But once people understand how the meat is made, they’re more accepting, Chen said. And once they taste it, they’re usually sold.
“It is the meat that you’ve always known and loved,” she said.
Cultivated meat begins with cells. Upside experts take cells from live animals, choosing those most likely to taste good and to reproduce quickly and consistently, forming high-quality meat, Chen said. Good Meat products are created from a master cell bank formed from a commercially available chicken cell line.
Once the cell lines are selected, they’re combined with a broth-like mixture that includes the amino acids, fatty acids, sugars, salts, vitamins and other elements cells need to grow. Inside the tanks, called cultivators, the cells grow, proliferating quickly. At Upside, muscle and connective tissue cells grow together, forming large sheets. After about three weeks, the sheets of poultry cells are removed from the tanks and formed into cutlets, sausages or other foods. Good Meat cells grow into large masses, which are shaped into a range of meat products.
Both firms emphasized that initial production will be limited. The Emeryville facility can produce up to 50,000 pounds of cultivated meat products a year, though the goal is to expand to 400,000 pounds per year, Upside officials said. Good Meat officials wouldn’t estimate a production goal.
By comparison, the U.S. produces about 50 billion pounds of chicken per year.
It could take a few years before consumers see the products in more restaurants and seven to 10 years before they hit the wider market, said Sebastian Bohn, who specializes in cell-based foods at CRB, a Missouri firm that designs and builds facilities for pharmaceutical, biotech and food companies.
Cost will be another sticking point. Neither Upside nor Good Meat officials would reveal the price of a single chicken cutlet, saying only that it’s been reduced by orders of magnitude since the firms began offering demonstrations. Eventually, the price is expected to mirror high-end organic chicken, which sells for up to $20 per pound.
San Martin said he’s concerned that cultivated meat may wind up being an alternative to traditional meat for rich people, but will do little for the environment if it remains a niche product.
“If some high-end or affluent people want to eat this instead of a chicken, it’s good,” he said. “Will that mean you will feed chicken to poor people? I honestly don’t see it.”
Tetrick said he shares critics’ concerns about the challenges of producing an affordable, novel meat product for the world. But he emphasized that traditional meat production is so damaging to the planet it requires an alternative — preferably one that doesn’t require giving up meat all together.
“I miss meat,” said Tetrick, who grew up in Alabama eating chicken wings and barbecue. “There should be a different way that people can enjoy chicken and beef and pork with their families.”
___
The Associated Press Health and Science Department receives support from the Howard Hughes Medical Institute’s Science and Educational Media Group. The AP is solely responsible for all content.
Jonel Aleccia And Laura Ungar, The Associated Press
Alberta
Meet Marjorie Mallare, a young woman with a leading role at one of Canada’s largest refineries

Marjorie Mallare at Imperial Oil’s Strathcona refinery.
Fr0m the Canadian Energy Centre
By Cody Ciona
Mallare manages an all-female team of engineers helping keep operations smooth and safe
As the utilities and hydroprocessing technical lead for Imperial Oil’s Strathcona Refinery near Edmonton, 32-year-old Marjorie Mallare and her team help ensure operations run smoothly and safely at one of Canada’s largest industrial facilities.
The exciting part, she says, is that all four engineers she leads are female.
It’s part of the reason Mallare was named one of ten Young Women in Energy award winners for 2025.
“I hope they realize how important the work that they do is, inspiring and empowering women, connecting women and recognizing women in our industry,” she says.
“That can be very pivotal for young women, or really any young professional that is starting off their career.”
Born and raised in the Philippines, Mallare and her family moved to Edmonton near the end of junior high school.
Living in the industrial heartland of Alberta, it was hard not to see the opportunity present in the oil and gas industry.
When she started post-secondary studies at the University of Alberta in the early 2010s, the industry was booming.
“The amount of opportunities, at least when I started university, which was around 2011, was one of the high periods in our industry at the time. So, it was definitely very attractive,” Mallare says.
When choosing a discipline, engineering stood out.
“At the time, chemical engineering had the most number of females, so that was a contributing factor,” she says.
“Just looking at what’s available within the province, within the city, chemical engineering just seemed to offer a lot more opportunities, a lot more companies that I could potentially work for.”
Through work co-ops in oil and gas, her interest in a career in the industry continued to grow.
“It just kind of naturally happened. That drew my interest more and more, and it made it easier to find future opportunities,” Mallare says.
Following a work practicum with Imperial Oil and graduation, she started working with the company full time.
On the side, Mallare has also driven STEM outreach programs, encouraging young women to pursue careers in engineering.
In addition to supporting the Strathcona Refinery’s operations department, Mallare and her team work on sustainability-focused projects and reducing the refinery’s carbon footprint.
The 200,000 barrel per day facility represents about 30 per cent of Western Canada’s refining capacity.
“Eventually, our group will also be responsible for running the new renewable diesel unit that we’re planning to commission later this year,” says Mallare.
Once completed, the $720 million project will be the largest renewable diesel facility in Canada, producing more than one billion litres of biofuel annually.
Projects like these are why Mallare believes Canada will continue to be a global energy leader.
“We’re leading others already with regards to pursuing more sustainable alternatives and reducing our carbon footprints overall. That’s not something we should lose sight of.”
Alberta
Alberta Precipitation Update

Below are my updated charts through April 2025 along with the cumulative data starting in October 2024. As you can see, central and southern Alberta are trending quite dry, while the north appears to be faring much better. However, even there, the devil is in the details. For instance, in Grande Prairie the overall precipitation level appears to be “normal”, yet in April it was bone dry and talking with someone who was recently there, they described it as a dust bowl. In short, some rainfall would be helpful. These next 3 months are fairly critical.
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