A new project is aiming to provide accurate information and resources to the public around the microbial mysteries of fermented foods. EATLAC is a University of California, Davis, project putting scientific knowledge and research behind fermentation.
“A good understanding of food and beverage fermentation is particularly important for people making fermented foods at home so that the foods are made properly and minimize the risk of foodborne illness,” says Maria Marco, PhD, microbiologist and professor in the department of food science and technology at the university (and member of TFA’s Advisory Board). “Access to accurate information about fermented foods is quite important for understanding their roles in healthy diets and what properties about them are different from the starting ingredients.”
EATLAC officially launched in 2019, with the help of funding from California Department of Food & Agriculture. Led by project directors Marco and Erin DiCaprio, PhD, a food safety expert and extension specialist at UC Davis, the EATLAC team is composed of grad and undergrad students helping to develop science-based guidance on fermented vegetables and fruits. Resources being developed in the project include recipes, consumer surveys, and webinars. This information will be available to the general public, from home fermenters to commercial producers.
The name EATLAC stands for Evaluating And Testing Lacto-ferments Across the Country, but LAC is also a play on words for lactic acid bacteria, the beneficial bacteria present in fermented foods.
Project objectives include:
- Developing educational materials on fermented foods.
- Conducting public education workshops on fermented foods.
- Measuring the bioactive properties of unpasteurized (fresh) fermented fruits and vegetables produced from specialty crops in California.
- Disseminating research findings to food processors.
“It is very important to spread reliable information and vetted recipes so that everyone can create something that is great but, more importantly, safe,” says Zoe Mitchell, undergraduate student at UC Davis. “Fermentation requires that food be left out on the counter (in the microbial temperature danger zone) for days on end. To create a safe fermentation environment that supports the growth of the microbes we want, recipe ingredients include things like acid and salt to inhibit pathogens. However, because just a little too much or too little of these ingredients can grow the wrong and potentially dangerous microorganisms, it is paramount to have reliable sources.”
An important role of the student team, Marco says, is to “perform laboratory research to study the microbiota and bioactive properties in fermented fruits and vegetables.” Students will also be responsible for developing informational materials on fermented fruits and vegetables and run the social media accounts.
Natália Ribeiro, doctoral student at UC Davis, has developed aspects of the project communication. She manages the EATLAC Instagram account, coordinates the posts on FaceBook, and is helping create fermentation fact sheets that will be available on the website. Riberio says she decided to join the project because she wanted to study further the health benefits of fermentation.
“There’s so much more to know about fermented foods and map out. We want to spread that information in a more validated way,” Riberio says. “People associate fermented foods with flavor, but in a society where we see so many people dealing with diseases, making fermented foods part of your habits could actually alleviate or improve your health in a very easy and even tasty way. Educating people about what is known (and not) is important.”
Since most of the team is not allowed to be in the laboratory due to the pandemic, they are collecting home ferments for analysis. EATLAC is calling on home fermenters around the country to send in their fresh fruit or vegetable ferments. Fresh ferments are samples taken right after fermentation, before refrigeration. The research group will then study the nutritional content and beneficial bacteria. Mitchell adds this allows the team “to create an extensive database on the microbial ecology of various fermentations.” Elements like ingredients, location, salt percentage and vessel type are all tracked to see how these factors affect fermentation.
The team is currently studying samples from home during the COVID-19 pandemic, but they’re anxious to return to the lab.
“There is a great and long history of food fermentation research at UC Davis,” Marco notes. The team will update existing informational resources and write new ones within EATLAC.
For more information about the educational resources, visit EATLAC webinar series.
Fermented dairy foods have been shown to lower the risk of chronic diseases, inflammation and weight gain. And, fueled by the COVID-19 pandemic, consumers are purchasing more fermented dairy products.
“The evidence is all pointing in one direction: fermented dairy improves health,” says Chris Cifelli, PhD, vice president of nutrition research for the National Dairy Council. During a TFA webinar on Fermented Dairy and Health, Cifelli shared multiple studies proving fermented dairy adds value to a diet. “It’s a source of live microbes, it improves the taste and texture and digestibility, it can increase the levels of different vitamins and bioactive compounds and it can also remove toxins or anti-nutrients.”
From lower risk of developing Type 2 diabetes to lower blood pressure levels to reduced cardiovascular disease risk, research proves consumers who eat fermented dairy “tend to also eat healthier in general,” Cifelli says. “Yogurt (and cheese are) consistently shown to have a beneficial effect, both in clinical trials and observational.”
Interestingly, studies show yogurt is beneficial, regardless of fat content. Yogurt is full of critical nutrients, like fiber, riboflavin, calcium and magnesium. This “halo of health” surrounding yogurt has driven a recent sales surge.
While yogurt sales declined over the second half of the 2010s, they rebounded in the pandemic year of 2020 and were up 2%.
“Consumers are really interested in (fermented dairy) for the potential gut benefits they are providing,” Cifelli says.
There is no evidence that plant-based yogurt, which is growing in popularity, includes the same benefits as bovine milk fermented dairy.
Kefir sales are on the rise;, too, are also growing. gGlobally, itkefir is expected to reach $1.84 billion in sales by 2027. Though Americans would be hard pressed to find a dairy shelf without kefir on it, But studies tracking the intake of kefir are hard to find because the consumptionbecause consumption rate in the U.S. is still low. Cifelli says kefir and fermented dairy face a few barriers for mass consumption in the U.S.
First, there’s a perception that all dairy comes with gut discomfort, with instances of lactose intolerance primarily driving this theory.
“People are typically surprised when I tell them that you can eat yogurt because the live, active cultures in there help with lactose digestion,” he says.
Second, consumers are nervous about hormones coming from cow products. But, Cifelli notes, all food has hormones.
Third, Americans don’t have the ancient cultural traditions of consuming fermented foods as in many like the majority of other countries. And fourth, Americans are socially conditioned to love sweet and salty foods, not the often bitter, sour flavors of fermented foods.
“What’s really impressed me is the number of studies, mainly prospective observational studies, but some randomized controlled trials on fermented dairy, to the extent that it is really the only food group that has substantial evidence for health benefits,” said Maria Marco, PhD, microbiologist and professor in the department of food science and technology at University of California, Davis (and member of TFA’s Advisory Board). Marco, who moderated the webinar, looks at the nutritional and clinical literature on fermented foods in her research.
Cifelli said this is because, in the U.S., milk and cheese have been actively consumed and studied for decades. The bulk of yogurt research is only from the last 20 years. Other fermented foods are left out, he says, because cohort studies don’t ask consumers which specific fermented food or drink they’re consuming.
“There’s definitely a gap we need to fill, we need to better characterize what people are eating to know the health impacts of fermented foods,” Cifelli says. “Until those questionnaires start asking those questions, we as scientists then don’t have the data to say ‘Hey is kombucha or kimchi or name your fermented food associated with better health.’”
Fermented foods are still the top dog amongst nutritionists. For the fourth year in a row, fermented foods are No. 1 on Today’s Dietitian list of the year’s top superfoods.
The 9th annual What’s Trending in Nutrition survey, conducted by Pollock Communications for the magazine, polled more than 1,165 registered dietitian nutritionists (RDNs). They were asked for insight into consumers’ diets and, particularly, how food and beverage choices have changed during the pandemic.
“A year full of staying home and cooking more has influenced consumers to rethink their food and nutrition choices. In 2020, the food and beverage industry saw sales increases in products like green tea, as well as renewed attention on comforting, tried-and-true foods like dairy milk and healthy, fermented foods like yogurt,” says Louise Pollock, President of Pollock Communications. “The plant-forward trend continues to grow, as does demand for clean labels. Our trends survey findings reflect these significant changes caused by COVID-19 that will continue to affect eating habits and the food industry for years to come.”
Cookbook author Susan Jane White calls fermented foods the “celebrity superfood.”
“One of the many benefits of eating fermented foods is their gut-supporting role,” White says. “Of course, being uncooked, ferments have their goodness locked into a tango with all those beneficial bacteria. You’re left with a crisp tang that is both bewitching and nourishing.”
Changes to the top 10 superfood list reveals that consumers want more plant-based food. For the first time, nutrient-rich spinach and leafy greens made the list. Green tea jumped from No. 10 to No. 3. Superfoods, Today’s Dietitian notes, “have become dominant in consumer choices to help support immunity. From boosting gut health with fermented foods to reaping the benefits of antioxidants with blueberries and blunting inflammation with green tea.”
“We are witnessing unprecedented times in the world of nutrition, health and wellness,” says Mara Honicker, publisher of Today’s Dietitian. “As the world grapples with how to best manage health and longevity, consumer awareness of beneficial diets and ingredients is growing, and they will be looking to RDNs and the food industry to help navigate these shifting needs.”
Consumers wanting fermented products must be careful shoppers, cautions Bob Hutkins, Khem Shahani Distinguished Professor of Food Science at the University of Nebraska-Lincoln. [Hutkins, at left in photo, will be speaking at the March 16 TFA webinar on The New Definition of Fermented Food.]
Many products considered fermented (and even labeled fermented) actually contain no live microbes. Sauerkraut stored in a can at room temperature, for example, was heat treated, so the live microbes were killed. He advises to look for products that say “not pasteurized” or “not heat treated.”
So what role do fermented foods play in our gut microbiome? Hutkins says: “The microbes transform proteins into amino acids and sugars into organic acids and they produce vitamins directly in the food. We benefit from that. For example, certain yogurts are more digestible and contain more vitamins than the milk from which they were made. Once we consume those products, the microbes have a chance to reach the gut. Now, we know they do not take up permanent residence, but they could live there for a short period of time and in doing so, they can outcompete pathogens, displace unwanted organisms, and again, produce vitamins and other bioactive molecules directly in the gut.”
Hutkins and Andy Benson, Professor of Food Science at the University of Nebraska-Lincoln, launched Synbiotic Health last year. The company brings their research into the gut microbiome to the marketplace.
Read more (Nebraska Today)
Researchers from the National University of Singapore (NUS) have created new fermented coffee and tea drinks. These drinks, invented by a professor and two doctoral students, are being labeled as “probiotic coffee and tea drinks that are packed with gut-friendly live probiotics.” They claim that the drinks can be stored for three months without altering the probiotics.
“Coffee and tea are two of the most popular drinks around the world, and are both plant-based infusions. As such, they act as a perfect vehicle for carrying and delivering probiotics to consumers. Most commercially available probiotic coffee and tea drinks are unfermented. Our team has created a new range of these beverages using the fermentation process as it produces healthy compounds that improve nutrient digestibility while retaining the health benefits associated with coffee and tea,” explained NUS Associate Professor Liu Shao Quan.
Read more (Science Daily)
The coronavirus continues to drive sales of fermented drinks. Lifeway’s kefir, Farmhouse Culture’s kraut juice, Probitat’s fermented planted-based smoothies, Flying Ember’s hard kombucha and Buoy Hydration’s fermented drinks all report increased sales as consumers take a bigger interest in the immune-enhancing benefits of fermented beverages.
“As demand ramps up for immune-enhancing products, manufacturers have an opportunity to innovate with immune-supporting ingredients and flavors,” says Becca Henrickson, marketing managed of Wixon, a flavor and seasoning company. “When flavoring beverages with immune support ingredients, selecting flavors that increase or complement a product’s health perception is optimal.”
Read more (Food Business News)
Kombucha and cosmetics are driving growth in the probiotic and prebiotic markets by making products that use non-classic strains of bacteria.
The e-commerce market for probiotic supplements was estimated at $973 million across 20 countries in 2020. America accounts for almost half of those sales. Ewa Hudson, director of insights for Lumina Intelligence, shared this info at the Probiota Americas 2020 Conference. (Lumina and Probiota Americas are parts of William Reed Business Media, the parent company for FoodNavigator.com.) The session, New Horizons for Prebiotics & Probiotics, included Lumina’s insight into non-classic bacteria strains and a panel discussion with leaders in the probiotics field.
In 2020, 32% of all probiotics in America — and 41% of the best-selling ones — contained non-classic species. Hudson said this species classification is a messy space, especially from a consumer’s perspective, because there are so many species. Kombucha includes the most non-classic probiotic species — of those products with probiotics, 93% include non-classic bacteria .
Most products with probiotics include one of the four common bacteria species: lactobacilli, bifidobacterium, bacillus and saccharomyces. Lumina excluded these four from their research to focus on the growth of the non-classic probiotic strains. These include: streptococcus thermophilus, kombucha culture, lactococcus lactis, bifida ferment lysate, enterococcus faecium, streptococcus salivarius, clostridium butyricum and streptococcus faecalis.
Though probiotics are often used in supplements, more fermented food and beverage manufacturers are using probiotic strains in their products, especially in the growing alternative protein market.
Synbiotics are also becoming more widely used; the study found synbiotics were the most prevalent formulate in probiotics. Synbiotics are a combination of both prebiotics and postbiotics. A synbiotic ensures that probiotics will have a food source in the gut.
(Probiotics are live microorganisms, friendly bacteria that provide health benefits. Probiotics can be found in fermented food and taken as supplements. Prebiotics are dietary fibers that feed the probiotics. Postbiotics are an emerging concept in the “biotics” space — postbiotics are the waste byproduct of probiotics.)
“With probiotics, we are really only starting to scratch the surface with the development of synbiotics,” says Jens Walter, PhD, professor of ecology, food and the microbiome at APC Microbiome Ireland.
The new generation of probiotics will depend on strains that are “efficacious in the gut,” Walter noted.
“If you look into the probiotic market, most of the lactobacillus species — and also species like bifidobacterium lactis — are not inherent organisms of the human gut. We’re using a lot of organisms that I would argue have an ecological disadvantage in the gut,” Walter says. “If you’re talking about next generation probiotics, I think what will become is we are looking for the key players in the gut, specifically key players that are underrepresented or linked to certain benefits, and then we are trying to put them back in the ecosystem.”
It’s challenging to find a prebiotic or postbiotic that is precise, he continues.
“Every human has a distinct microbiome. So it’s likely a synbiotic designed for one human may not be as functional in another human,” Walter says. “The opportunities here are tremendous.”
Daniel Ramon Vidal, vice president of research and development and health and wellness at the American food processing company Archer-Daniels-Midland (ADM), also spoke. He noted that the human body is made up of trillions of microbial cells, but we know little about these microbial worlds.
“There is an enormous amount of possibilities to isolate new strains that are living in our body,” Daniels says. “We need as much science as possible, that’s my message”
The panel agreed that postbiotics has become one of the next great concepts that scientists, manufacturers and gastroenterologists have latched onto. But consumers are not as familiar with postbiotics as they are with probiotics and prebiotics , notes Justin Green, PhD, director of scientific affairs for EpiCor, a postbiotic ingredient produced by Cargill.
“This causes more confusion, so I think that’s going to be another interesting aspect of postbiotics — both the identity of what postbiotics are and how it confers its benefits and (how that will be) communicated to the consumer,” Green says.
A major scientific announcement was made this week, creating a global definition for fermented foods. A team of 13 interdisciplinary scientists (including TFA Advisory Board members Maria Marco and Ben Wolfe) spent over a year discussing the issue in order to reach a consensus. An official definition has long been debated, especially in recent years as fermentation has experienced a renaissance in the modern diet. This definition, the first of its kind, hopes to provide clarity to scientists, producers and consumers.
Below is a press release from the International Scientific Association for Probiotics and Prebiotics (ISAPP) on the definition. The full research paper was published in Nature. Marco also wrote a blog on the ISAPP website, further detailing the work that led to the definition.
Humans have consumed different types of fermented foods — from kimchi to yogurt — for thousands of years. Yet only recently, with the availability of new scientific techniques for analyzing their nutritional properties and microbiological composition, have scientists begun to understand exactly how the unique flavors and textures are created and how these foods benefit human health.
Now, 13 interdisciplinary scientists from the fields of microbiology, food science and technology, family medicine, ecology, immunology, and microbial genetics have come together to create the first international consensus definition of fermented foods. Their paper, published in Nature Reviews Gastroenterology & Hepatology, defines fermented foods as: “foods made through desired microbial growth and enzymatic conversions of food components”.
The authors take care to note the difference between probiotics and the live microbes associated with fermented foods. The word ‘probiotic’, they say, only applies in special cases where the fermented food retains live microorganisms at the time of consumption, and only when the microorganisms are defined and shown to provide a health benefit, as demonstrated in a scientific study.
“Many people think fermented foods are good for health — and that may be true, but the scientific studies required to prove it are limited and have mainly focused on certain fermented food types,” says first author Maria Marco, Professor in the Department of Food Science and Technology at the University of California, Davis.
Co-author Bob Hutkins, Professor in the Department of Food Science and Technology at University of Nebraska, Lincoln — who has authored a well-known academic textbook on fermented foods — says, “We created this definition to cover the thousands of different types of fermented foods from all over the world, as a starting point for further investigations into how these foods and their associated microbes affect human health.”
The consensus panel discussion was organized in 2019 by the International Scientific Association for Probiotics and Prebiotics (ISAPP), a non-profit organization responsible for the published scientific consensus definitions of both probiotics (in 2014) and prebiotics (in 2017).
Mary Ellen Sanders, Executive Science Officer of ISAPP, says, “To date, different people have had different ideas of what constitutes a fermented food. The new definition provides a clear concept that can be understood by the general public, industry members and regulators.”
Currently, evidence for the positive health effects of fermented foods has relied more on epidemiological and population-based studies and less on randomized controlled trials. The authors expect that, in the years ahead, scientists will undertake more hypothesis-driven research on how different fermented foods from around the globe — derived from dairy products, fruit, vegetables, grains, and even meats — affect human physiology and enhance human health.
Every year, the nation’s 50 state legislatures pass dozens of new laws that have an impact on fermenters. For example, some states amended alcohol laws to allow drink sampling for craft wineries, while others repealed outdated cottage food laws to help small producers operate and more loosened take-out restrictions to help small restaurants survive the pandemic.
Indicative of this year’s focus on the pandemic, laws were introduced but never debated as lawmakers focused on more pressing issues surrounding the coronavirus. The most common new laws passed in 2020 revolved around helping businesses survive — states called special sessions to aid restaurants, stop price gouging of high-demand products and provide emergency grants to small businesses.
Read on for key food, beverage and food service laws passed this year, most taking effect in 2021.
AB82 — Prohibits an establishment with an alcohol license from employing an alcohol server without a valid alcohol server certification.
AB3139 — Establishments with alcoholic beverages licenses who had premises destroyed by fire or “any act of God or other force beyond the control of the licensee” can still carry on business at a location within 1,000 feet of the destroyed premise for up to 180 days.
HB 237 — Eliminates old requirements that movie theaters selling alcohol must have video cameras in each theater, and that an employee must pass through each theater during a movie showing.
HB275 — Permits beer gardens to allow leashed dogs on licensed outdoor patios.
HB349 — Permits any restaurant, brewpub, tavern or taproom with a valid on-premise license to sell alcoholic beverages for take-out or drive through food service, so long as the cost for the alcohol did not exceed 40% of the establishment’s total sales transactions.
SR84 — Creates a Restaurant Reopening Task Force to help restaurants in Hawaii safely reopen that were closed during the COVID-19 pandemic.
SR94 — Urges restaurants to adopt recommended best practices and safety guidelines developed by the United States Food and Drug Administration and National Restaurant Association in response to the COVID-19 pandemic.
HB343 — Amends existing law to require licensing to store and handle wine as a wine warehouse.
HB575 — Allows sampling of alcohol products at liquor stores, which was formerly forbidden under law.
SB1223 — Eliminates obsolete restrictions on food products, to match federal standards. It repeals requiring extra labels on some imported food products, and repeals using enriched flour in bread baking.
HB2682 — Amends Liquor Control Act of 1934. Allows a cocktail or mixed drink placed in a sealed container at the retail location to be sold for off-premises consumption if specified requirements are met. Prohibits third-party delivery services from delivering cocktails or mixed drinks.
HB4623 — Amends Food Handling Regulation Enforcement Act, regulating that public health departments provide a certificate for cottage food operations, which must be displayed at all events where the licensee’s food is being sold.
HB2238 — Amends code regarding food stands operated by a minor. Bans a municipality from enforcing a license permit or fee for a minor under the age of 18 to sell or distribute food at a food stand.
HB420 — Implements Food Safety Modernization Act, authorizing a department representative to enter a covered farm or farm eligible for inspection.
SB99 — Amends alcohol laws for state’s distillers, brewers and small wineries. Eliminates the sunset on local precinct elections to grant distilleries, and allows distillers to sell other distiller’s products.
HR17 — Allows third-party delivery services to deliver alcohol.
HB136 — Makes adulterating a food product by intentional contamination a crime.
SB455 — Increases the size of containers of high-alcoholic beverages.
SB508 — Gives restaurants protection from lawsuits involving COVID-19. The public will be unable to sue restaurants for COVID-19-related deaths or injuries, as long as the restaurant complies with state, federal and local regulations about the virus.
LD1167 — Encourages state institutions to serve Maine food and Maine food products, increasing the visibility of the state’s local food producers.
LD1884 — Amends current laws regarding businesses that hold dual liquor licenses, which authorized retailers to sell wine for consumption both on- and off-premise. Retailers with the dual license can now sell with just one employee at least 21 years of age present, and adds that wine can be sold for take-out if food is part of the transaction.
HB1017 — Allows cottage food businesses to put their phone number and business ID on their food label, rather than their address as currently required by the Maryland Department of Health.
SB118 — Expands definition of “alcohol production” and “agricultural alcohol production.” The new definitions aim to give Maryland farmers and producers the ability to sell beer, wine and spirits to increase agritourism.
SB2812 — Expands alcohol take-out and delivery options during COVID-19 pandemic. Allows restaurants to sell mixed drinks in sealed containers alongside other take-out and delivery food orders.
HB5343 — Revises regulations on brewpubs and microbreweries, increasing the quantity of beer a microbrewer is permitted to deliver to a retailer during a year from 1,000 barrels to 2,000 barrels.
HB5345 — Amends the Michigan Liquor Control Code to delete the Michigan Liquor Control Commission (MLCC) $6.30 tax levied on each barrel of beer manufactured and sold in Michigan.
HB5354 — Amends the Michigan Liquor Control Code to delete the requirement that a brewpub cannot sell beer in Michigan unless it provides for each brand or type of beer sold a label that truthfully describes the content of each container.
SB711 — Establishes new limited production brewer license for microbreweries at cost of $1,000 for license.
HB5356 — Amends the Michigan Liquor Control Code to ban the required $13.50 cent-per-liter tax on all wine containing 16% or less of alcohol by volume sold in Michigan.
HB5 — Authorizes emergency, small-business grants and loan funding for businesses affected by COVID-19.
HB4599 — Extends period of mediation for Minnesota farmers suffering economic difficulties to keep their farm.
HB326 — Amends outdated code to increase the maximum annual gross sales for a cottage food operation (from $20,000 to $35,000) before the producer would need to pay food establishment permit fees. Authorizes a cottage food operation to advertise products over the internet.
AB2371 — Requires large generators of food waste (like restaurants and supermarkets) to recycle food garbage rather than send it to incinerators or landfills.
AB3865 — Limits return of food from retail food stores during a public emergency.
SB864 — Prohibits sale of single-use plastic carryout bags, single-use paper carryout bags and polystyrene foam food service products, and limits single-use plastic straws.
SB1591 — Allows alcoholic beverages to be consumed from open containers in the Atlantic City Tourism District.
SB2437 — Limits service fees charged to restaurants by third-party food takeout and delivery applications during COVID-19 pandemic.
SB3 — Enacts the Small Business Recovery Act of 2020, which provides loans for small businesses suffering during the coronavirus pandemic.
SB8225 — Authorizes issuing a retail license for on-premise consumption of food and beverage within 200 feet of a church, synagogue or other place of worship.
AB8956 — Allows a licensed brewery or farm brewery to provide no more than four beer samples not exceeding four fluid ounces each.
SB1472 — Requires hospitals to offer plant-based food options to patients upon request.
SB7013 — Authorizes the manufacture and sale of ice cream or other frozen desserts made with liquor.
SB290 — The Alcoholic Beverage Control Regulatory Reform Bills, it allows distilleries the same serving privileges as wineries and craft breweries and reduces regulation on out-of-state sales.
HB160 — Aid for the restaurant industry to recover from COVID-19 pandemic, the bill doubles the maximum number of Designated Outdoor Refreshment Areas (DORAs) that can be created in a municipality or township. Also allows Ohio’s small wineries to sell prepackaged food without regulation from the Ohio Department of Agriculture, creates bottle limits for micro-distilleries and permits license holders to sell alcoholic ice cream.
HB4963 — Amends state alcohol code, allows licensed retailers to give wine samples in excess of 16% alcohol, cordials or distilled spirits, as long as they don’t exceed a total of three liters a year.
SB993 — Amends state alcohol code to allow a permitted winery to be eligible for a special permit to sell wine at off-premise events. Also increases the amount of beer a brewery can sell to an individual per day for off-premise consumption.
HB1073 — Authorize special event alcohol licenses for full-service restaurant licensees.
HB1081 — Allows colleges to teach brewing beer and wine classes on South Dakota campuses to students age 21 or older. Brewing must be held off campus as the education institution is not deemed a licensed manufacturer. Any distilled spirits, malt beverage, or wine produced under this section may only be consumed for classroom instruction or research and may not be donated or sold.
SB2423 — Allows alcohol sales at the Memphis Zoo.
SB1123 — Encourages farmers who produce raw milk to complete a safe milk-handling course.
HB134 — Legalizes the sale of raw butter and raw cream in Utah;
HB232 — An agri-tourism bill that allows farms and ranches to host events that include food that would not need to be prepared in a commercial kitchen. Farmers must apply for a food establishment permit to use their private home kitchen.
HB399 — Changes to the Alcohol Beverage Control Act, prohibits advertising that promotes the intoxicating effects of alcohol or emphasizes the high alcohol content of an alcoholic product.
HB5010 — The COVID-19 Cultural Assistance Grant Program, which appropriates $62 million for struggling arts, cultural and recreational organizations and businesses across the state.
HB6006 — In response to the coronavirus pandemic, the bill amends the Alcohol Beverage Control Act, delaying the expiration date of the retail licenses set to expire in 2020 for places selling alcohol. Also permits alcoholic beverage licensees at international airports to change locations if needed.
SB351 — A coronavirus relief bill which authorizes $36 million for agriculture and forestry sectors.
HB2217 — An update to Cottage Food Law eliminates the requirement that a home address must be put on a food label.
HB2412 — Increases amount of additional retail licenses for a domestic brewery or microbrewery from two to four, and directs health department to adopt rules allowing brewery owners to allow dogs on brewery premise
SB5006 — Allows sale of wine by microbrewery license holders.
SB5323 — A bill eliminating single-use, plastic carry-out bags
SB5549 — Modernizing resident distillery marketing and sales restrictions. Allows distilleries to sell products off-premise, similar to breweries and wineries.
SB6091 — Continues work on the Washington Food Policy Forum, including support for small farms and increasing the availability of food grown in the state.
HB4388 — Removes outdated restrictions on alcohol advertising, limiting the Alcohol Beverage Control Commissioner’s authority to restrict advertising in certain advertising mediums, such as at sporting events and highway billboards.
HB4524 — Making the entire state “wet,” permitting the off-premises sale of alcoholic liquors in every county and municipality in the state.
HB4560 — Permits licensed wine specialty shops to sell wine with a gift basket by telephonic, electronic, mobile or web-based wine ordering. Establishes requirements for lawful delivery.
HB 4697 — Removes restriction that a mini-distillery use raw agricultural products originating on the same premises
HB4882 — Allows unlicensed wineries not currently licensed or located in West Virginia to provide limited sampling and temporary, limited sales for off-premise consumption at fairs, festivals and one-day nonprofit events “in hopes that such wineries would eventually obtain a permanent winery or farm winery license in West Virginia.”
HB1038 — Bans customers from returning food items during a health pandemic or emergency, dissuading people from stocking up on too many supplies.
SB83 — Increases sales volume of alcohol by retail stores from four liters per transaction to any quantity.
SB170 — Allows minors to operate temporary food stands without a permit or license.
HB82 — Authorizes a microbrewery to operate at more than one location. The local licensing authority may require the payment of an additional permit fee not to exceed $100.00.
HB84 — Authorizes the sale of certain homemade food items that do not require time or temperature control. These include but are not limited to:
but is not limited to, jams, uncut fruits and vegetables, pickled vegetables, hard candies, fudge, nut mixes, granola, dry soup mixes excluding meat based soup mixes, coffee beans, popcorn and baked goods that do not include dairy or meat frosting or filling or other potentially hazardous frosting or filling;
“non-potentially hazardous” (no dairy, quiches, pizzas, frozen doughs, foods that require refrigeration and cooked meat, cooked vegetables and cooked beans). Allows someone other than the producer to sell the food, as long as food is not sold in a retail location or grocery store where similar food items are displayed or sold. Food must be labeled with “food was made in a home kitchen, is not regulated or inspected and may contain allergens.”
HB158 — Allows microbreweries to make malt beverages at multiple locations rather than one as deemed in current law.
There are thousands of molecules in the food we eat, but most have yet to be identified. This is especially true in the world of fermentation.
“Lactic acid is not the only byproduct of lactic acid fermentation,” says Suzanne Johanningsmeier, a research food technologist with USDA-ARS. During a TFA webinar, Johanningsmeier presented her research into health-promoting pickled vegetables. “There could be hundreds or thousands of byproducts of this lactic fermentation. As an analytical chemist and someone who is very interested in the composition of foods, I find that fascinating and exciting and a world to explore.”
Johanningsmeier, a leading expert on the chemical and sensory properties of fermented food and veggies, notes that fermentation is a trending food technique. Consumers today want food that is plant-based, enhances gut health, introduces new flavors, made with simple labels and returns to tradition.
“All these things have aligned and intersected for a fermented foods megatrend. It’s exciting to see so much momentum in the Americas rolling for fermented foods,” she says. “All of these trends are based on the belief that these are health promoting foods for consumption.”
The USDA-ARS office in North Carolina State University is staffed by five research scientists, and there are an additional 2,000 more affiliated scientists across the country. Their mission is to deliver scientific solutions to national and global agricultural challenges.
“My long-term goal is to develop science-based technologies that enable the sustainable preservation of fruits and vegetables for production of high-quality, health-promoting consumer products,” Johanningsmeier says.
The most recent USDA-ARS study explored the potential health benefits of fermented cucumbers. Cucumbers are one of the top five vegetables preserved in the U.S. but the only one that’s not canned or frozen. The USDA-ARS found that fermented and pickled cucumbers include many beneficial by-products, including proline, bioactive peptides and GABA (Gamma-Aminobutyric acid, which works as a neurotransmitter in the brain).
“Food processing has a negative connotation. But, actually, fermentation is processing and, as you can see, processing can be good. Processing can add things and certainly make food available to people year round,” Johanningsmeier says. “I think the idea here is how do we preserve [food] so we retain or enhance those inherent, health-promoting properties? The abilities we have now to more comprehensively look at composition are going to help us understand that in the future.”
Maria Marco, professor of food science and technology at University of California, Davis (and TFA Advisory Board member), moderated the discussion. Marco praised Johanningsmeier’s use of analytical techniques to implement fermentation technologies.
“These are exciting compounds, and we know that they have neuroreactive properties or antihypertensive properties,” Marco says.