Making cultured foods and beverages are not hard if one follows some basic rules, common sense, and of course safety factors. Our ancestors have been doing this all around the world for a 1000 years or more. Wild fermentation can produce some great ferments, however, the results can very from batch to batch depending on the types of wild yeast and bacteria
within the food stock.
Having a traditional starter culture ensures the same results each time. An example is making beer with wild yeast vs. using a brewers yeast. The outcome could be close in taste and flavor to each other or very different, with the wild yeast sometimes making the beer unpalatable. Having a tried and true recipe helps to make sure the results are the same every time, too. Checking acidic levels and having the correct microorganisms, like lactobacillales, ensure cultured food safety.
Especially in wild fermentation.
Now For the Errors…
Being busy here in the lab sometimes it is easy to forget a step in a recipe or process (Why to double check and taste things). A resent example that I have done was when making a batch of ginger beer/brew. I have made this recipe so many times I don’t even refer to it anymore. Well being in a rush one day had all the steps completed…water heated, sugar dissolved, lemon added for a small batch of brew. Waiting for temperature to decrease to room temperature and then on to bottling. Batch was then bottled
and set out for 3 days for the ginger culture to
produce a fizzy beverage.
After the waiting period is was time to try it out. A nice chilled ginger brew on a long hot day…yeah! The bottle is opened and to my surprise, no fizz. Then tasting it I knew what had went wrong…no ginger starter culture was added before bottling. No flavor and no fizz, just lemon sugar water. At that point nothing to do but uncap them all, dump it, and start over.
The lesson here is to taste and follow a recipe to get the results one wants. Don’t try to get to crazy with flavors and adding to many things at a time. A great example is people adding to much fruit or juice when bottling kombucha tea or water kefir and then wondering why the bottles explode all over. Another example is trying to make a crazy kimchi blend and it turning out ‘wrong’ or not having a good flavor. Hard to tell what went wrong with to many factors vs adding one or two things to the mix and waiting for the outcome. I hope this short post will help everyone to become a better fermenter and produce
great tasting fermented and cultured foods.
There are many tried and true recipes on our sister site here.
Below you will find studies on kombucha cultures of yeast and bacteria and how it produces antimicrobial compounds for
protection from foreign invaders. Besides acetic acid, which is produced during the fermentation process,
kombucha is thought to have other factors and compounds
that may aid in these protective factors.
Kombucha Fermentation and Its Antimicrobial Activity
Journal Agric Food Chem. 2000 Jun;48(6):2589-94
Sreeramulu G, Zhu Y, Knol W.
Department of Applied Microbiology and Gene Technology, TNO Nutrition and Food Research Institute, Zeist, The Netherlands.
Kombucha was prepared in a tea broth (0.5% w/v) supplemented with sucrose (10% w/v) by using a commercially
available starter culture. The pH decreased steadily from 5 to 2.5 during the fermentation while the weight of the “tea fungus” and the OD of the tea broth increased through 4 days of the fermentation and remained fairly constant thereafter. The counts of acetic acid-producing bacteria and yeasts in the broth increased up to 4 days of fermentation and decreased afterward. The antimicrobial activity of Kombucha was investigated against iaa number of pathogenic microorganisms. Staphylococcus aureus, Shigella sonnei, Escherichia coli, Aeromonas hydrophila, Yersinia enterolitica, Pseudomonas aeruginosa, Enterobacter cloacae, Staphylococcus epidermis, Campylobacter jejuni, Salmonella enteritidis, Salmonella typhimurium, Bacillus cereus, Helicobacterpylori, and Listeria monocytogenes were found to be sensitive to Kombucha. According to the literature on Kombucha, acetic acid is considered to be responsible for the inhibitory
effect toward a number of microbes tested,
and this is also valid in the present study.
However, in this study, Kombucha proved to exert antimicrobial activities against E. coli, Sh. sonnei, Sal. typhimurium, Sal. enteritidis, and Cm. jejuni, even at neutral pH and
after thermal denaturation.
This finding suggests the presence of antimicrobial compounds other than acetic acid and large proteins in Kombucha.
The Yeast Spectrum of the ‘Tea Fungus’
Mycoses. 1995 Jul-Aug;38(7-8):289-95
Kombucha’.Mayser P, Fromme S, Leitzmann C, Grunder K.
Department of Dermatology and Andrology, Justus Liebig University Giessen, Germany.
The tea fungus ‘Kombucha’ is a symbiosis of Acetobacter, including Acetobacter xylinum as a characteristic species, and various yeasts. A characteristic yeast
species or genus has not yet been identified. Kombucha is mainly cultivated in sugared black tea to produce a slightly acidulous effervescent beverage that is said to have several curative effects. In addition to sugar, the beverage contains small amounts of alcohol and various acids, including acetic acid, gluconic acid and lactic acid, as well as some antibiotic substances.
To characterize the yeast spectrum with special consideration given to facultatively pathogenic yeasts, two commercially available specimens of tea fungus and 32 from private households in Germany were analysed by micromorphological and biochemical methods. Yeasts of the genera Brettanomyces, Zygosaccharomyces and Saccharomyces were identified in 56%, 29% and 26% respectively. The species Saccharomycodes ludwigii and Candida kefyr were only demonstrated in
isolated cases. Furthermore, the tests revealed pellicle-forming yeasts such as Candida krusei or Issatchenkia orientalis/ occidentalis as well as species of the apiculatus yeasts (Kloeckera, Hanseniaspora). Thus, the genus Brettanomyces may be a typical group of yeasts that are especially adapted to the environment of the tea fungus. However, to investigate further the beneficial effects of tea fungus, a spectrum of the other typical genera must be defined. Only three specimens showed definite contaminations. In one case, no yeasts could be isolated because of massive contamination with Penicillium spp. In the remaining two samples (from one household),
Candida albicans was demonstrated.
The low rate of contamination might be explained by protective mechanisms, such as formation of organic acids and antibiotic substances.
Thus, subjects with a healthy metabolism do not need to be advised against cultivating Kombucha.
However, those suffering from immuno-suppression should preferably consume controlled commercial
This is a great condiment that is used on the tantric burgers during summer solstice. Easy to make. Use it during any meal for a spicy, tangy fermented sauce to bring some heat to any dish…Enjoy!
What is Needed…
3 large onions, chopped and/or diced
¼ cup dried crushed red chilies
8 ounces tamarind concentrate
16 ounces hot water
1 ½ cups sesame oil
1 tablespoon turmeric
10 whole small dried red chilies
2 cups apple cider vinegar
Put the onions in a large bowl.
Sprinkle with the crushed chilies.
Melt tamarind concentrate in hot water.
Add sesame oil and diluted tamarind to onions.
Sprinkle with the turmeric.
Add the whole chilies and vinegar.
Stir and cover.
– Let sit overnight or several days for the fullest flavor and mild fermentation.
– After the sauce is to your liking, in taste and flavor, store in the refrigerator.
– The sauce will keep a long time and gets better with age.
Yields about 2 quarts.
Use on veggies burgers or as a fermented condiment!
Why Check pH Levels in the Kombucha Tea Beverage & Other Ferments?
Though pH readings is not always needed, adding pH checks to the culturing process helps to maintain proper viable and healthy culture strains/starter. Each type of starter culture will produce different amounts of acid as part of the fermentation process. Checking these levels, insure that your cultured foods and ferments are safe to consume. For the safety factor, all ferments should measure below 4.6 on the pH scale, as per FDA regulations. This insures that the cultured food is free of human pathogens, safe to consume, and that the desired bacteria/yeast cultures are viable and does not become overrun by foreign yeasts or bacteria.
How Does Fermentation/Culturing Work?
Fermented foods, which are foods produced or preserved by the action of microorganisms, are great for health and well-being of the body systems (especially the intestinal/gut system). In this context, fermentation typically refers to the fermentation of sugar to alcohol using yeast, but other fermentation processes involve the use of bacteria such as lactobacillus, including the making of foods such as yogurt and sauerkraut.
The art and knowledge of fermentation had been around for 1000’s of years and the scientific community calls it zymology. We call it wild fermentation or raw cultured foods.
It all starts by choosing the culture starter medium, such as kombucha tea culture or kefir grains, then ‘feeding’ the culture with the correct food source. After the recommended fermentation time the cultured food is ready to consume or used for making other cultured food products. An example would be making milk kefir and then using the ready cultured milk to make RAW living cheeses. Testing the pH before and after the process insures that the finished product is safe for consumption.
Many pickled or soured foods ferment, thus dropping the pH levels, as part of the pickling or souring process, like Japanese pickles. However, many preserved/fermented food stores go through a process of brining, vinegar induction, or the addition of other acidic foods sources such as lemon juice.
How to Test pH Correctly
Correct procedures when checking the pH levels allows for the most accurate readings. A short-range strip (o-6 pH) works the best over a broad range strip (0-14 pH). Human or saliva testing strips will not work due to the range of the product, from 5 – 8 pH. If you have purchased testing strips from us then the process is very easy. Simply open the roll of kombucha ‘test strip papers’ (0-6 pH range) and remove about an inch long piece of testing paper. Make sure the hands are clean and dry.
Check the pH reading by pulling a small sample of the ferment vs. placing the test paper in the ferment. Use a straw, spoon, or ‘wine thief’ to pull a sample to test. Dip the kombucha/culture test strip into the liquid to check. Then with a flick of the wrist, remove any excess liquid and immediately check the pH against the color-coded chart. The check should be within the desired range for the ferment tested, see below.
pH and Dairy Cultures
With dairy type cultures, such as milk kefir or yogurt starters, the pH is high to start with a drop in pH as the milk is cultured. There is not a starting point to check pH with dairy cultures. At the end of the process, the pH should read 4.5 or lower on a
color-coded pH chart.
pH and Water Kefir Strains
Water kefir grains act somewhat like the dairy kefir in that the initial pH test will be on the alkaline side of the scale. Depending on the strength of the old starter liquid, the test may fall within the correct range. Why we recommend use a slice of lemon to lower the pH and keep it below 4.5 pH.
pH and Kombucha Tea Cultures
For kombucha tea beverage, you should take two pH readings. One check is done when adding the starter tea to the new batch of tea/sugar solution and the second at the end of the brewing cycle.
This first pH test reading should be 4.5 pH or below, if it is too high then keep adding starter tea from your old batch
until the desired pH is reached.
Many kombucha recipes found online have a certain generic amount of starter tea added to a new batch. However, depending on the acidic strength of the old starter tea the amount added will vary from batch to batch. One may find that only a small amount is needed from a strong sour batch and much more required from a sweet batch of tea.
Adding the correct amount of starter, by reading pH, insures that the fresh tea solution is acidic enough to combat any human pathogens, foreign molds, or yeast.
Measure the second pH test at the finish of the brewing/culturing process. After your tea has brewed for the required amount for time, 7 to 14 days in most cases, then it is recommended to test the pH until it is at, or close, to 3 pH. The desired range of the complete kombucha tea is between 3.2 and 2.8 pH.
This reading tells you that the brewing cycle is complete and the tea is at the correct pH point to drink. Of course, this can very a bit to suit your needs and taste. If this final pH is too far on the alkaline side of the pH scale, then the tea will need a few more days to complete the brewing cycle.
pH and JUN Honey Culture
Many people now have access to the JUN honey culture. JUN is much like kombucha culture, yet a different strain and results. The ingredients in JUN are different from kombucha tea culture. Kombucha is made with black tea and cane sugar, whereas, JUN is created using honey and a lighter tea, such as white or green tea.
For checking pH levels, the steps and range is the same as kombucha tea.
We hope this post on checking kombucha pH levels in kombucha and other ferment will help in producing healthy and safe fermented beverages. See all our products at our culture store.
Live, Grow, and Share Cultured Foods
For us here in the land of culture, we always look for ways to enhance dishes by adding a healthy dash of pro-biotics and natural umami flavors (a savory taste)
One taste of this chilled gazpacho instantly transports you to a land of whitewashed walls, red-tiled roofs, and the golden sun…of Spain. Try this twist on a traditional recipe that is great for a cool thirst-quenching summer drink!
Makes 4 servings
• 10 oz of old or dried white or wheat bread
• 2 lbs of fresh tomatoes, chopped, save some for a garnish
• 2 cloves of garlic
• 2 white onions diced
• 2 red or green peppers, chopped
• 1 cucumber (optional)
• 7 tablespoons of oil
• 2 tablespoons of red wine vinegar
• 1 1/2 tablespoon of very cold water
• Salt to taste
• Cumin (optional)
• Small amount of raw miso paste for a stronger taste (optional)
To make this traditional recipe fermented, premix the tomatoes, onions, and a few tablespoons of liquid from a culture of either a ginger brew/bug or a water kefir starter. Ferment for a day or two until fermentation starts. For extra pro-biotics, soak the bread over night in some water to make a Kvass type ferment (Find recipes online). When you are ready to make the gazpacho, squeeze the moisture out of the bread.
1. In a mortar, grind the cumin, garlic, miso paste, and the soaked bread. Tip: If using the miso paste the amount of salt is reduced.
2. In another bowl, mix the chopped onions, the chopped tomato, olive oil, vinegar, salt and the contents of the mortar.
3. Place in a blender or mash it with the mortar and add very cold water to mix well. Tip: Some like it thicker like a soup or add more cold water for a more drinkable fermented beverage.
4. Add more salt (if needed) and strain it. Keep it in the refrigerator until ready to serve.
Serve with the tomato, the cucumber, the pepper and toasted bread cut to dices.
We hope that you will enjoy this great summer time beverage…raw, pro-biotic, and refreshing! Happy Culturing!
Nattō (なっとう or 納豆?) is a traditional Japanese food made from soybeans fermented with Bacillus subtilis var. natto. Some eat it as a breakfast food. Nattō may be an acquired taste because of its powerful smell, strong flavor, and slimy texture. In Japan, nattō is most popular in the eastern regions, including Kantō, Tōhoku, and Hokkaido.
Before Making NATTO:
Be sure the entire processing area is cleaned for production. Make sure all utensils, pots, cheesecloth (FUKIN), etc. are as sterile as possible. (Boil utensils for 5 minutes prior to using.)
The packet of NATTO spores comes with a special small spoon; be sure to use the small spoon to measure the appropriate quantity for the recipe.
The fermentation process requires the NATTO be kept at approximately 100°F (37°C) degrees for 24 hours. Ovens with a low temperature setting can be used, an oven w/ light on only, or inoculate in large cube-shaped food dehydrators.
NATTO is quite odorous while fermenting, and you may want to isolate the fermenting NATTO during this time.
Ingredients and Supplies
needed for Making NATTO:
2 pounds (900g) soybeans (about 4 cups)
10cc water, boiled for 5 to 10 minutes to sterilize
One spoonful (0.1 g.) NATTO-kin spores (use the special spoon that came with the packet)
Cheesecloth or butter muslin (FUKIN in Japanese)
Non-reactive pot (i.e., stainless steel, enameled, ceramics, etc.) or Pressure cooker
Large stainless steel, wood, or plastic spoon or spatula
3-4 oven-proof glass containers with lids
Instructions for Making NATTO:
– Wash the soybeans using running water to gets rid of tiny dirt or dead skins off the beans.
– Soak with clean water for 9 to 12 hours (longer soaking time recommended during colder months). Be sure to use approximately 3 parts water and 1 part soybeans to allow for expansion. You will end up with 8 to 12 cups of beans.
– Drain the beans from the soaking water. Place beans in a large pot with mesh bowl and pour in water. Steam it for 3-4 hours.
Or fill with water and boil 5-6 hours. The recommended way is to use a “Pressure cooker”, that can be cooked faster than in a normal pot. Please refer to the pressure cooker instruction manual for operation guidelines.
– Drain the cooked beans and place in a sterilized pot. Dissolve 1/5 special spoonful of NATTO spores (0.1g) into 10cc of sterilized water.
– Immediately pour the NATTO spore solution over the beans while the beans are still warm but not hot to the touch. Stir the beans and water mixture together carefully using a sterilized spoon/spatula.
– Place a thin layer of beans in each of the 3 to 4 containers. If at any point during the process some beans are spilled on the counter, etc., discard the spilled beans as they can contaminate the other beans if added back in to the batch.
Place the sterilized cheese cloth over the top of the containers and place the tight-fitting lid over the cheese cloth. Preheat the oven, dehydrator, or KOTATSU Japanese Warmer to 100°F (37°C). Place the covered containers in the oven, dehydrator, or warmer and allow the NATTO to ferment for 24 hours being sure to keep the temperature steady at 100°F (37°C). Check the temperature throughout the day/night.
At the conclusion of the fermentation period, let the NATTO cool for a couple of hours, then remove the lid and the cloth, replace the lid, and store the containers in the
refrigerator at least overnight.
NATTO can also be aged
in the refrigerator for 3-4 days. Smaller portions of finished NATTO can be stored in the freezer and thawed for later use.
Looking for Fresh Natto spores? Right from Japan? We have connection for fresh spores(3g)…right here !
It’s the middle of the summer season and the desire for a cool refreshing beverage to quench the thirst is a plus. Coming in from an afternoon of tending to the organic garden, I pop the top on a 12oz ginger brew and pour into a Champaign glass. I watch for a second as the bubbles turn into a lovely foaming head and the smells of ginger, lemons, and limes transcend the air. The sweet flavors collect on the tongue and fulfill my thirst. Nirinjan – Brew Master, Organic Cultures
Making your own soda beverages is fun, easy, and a much better alternative to commercial sodas loaded with HFCS and dyes! Before the coming of mass produce cola and the ‘soda jerk’, many people made their own beverages with natural effervescence. The process is simple and the final recipe take less than an hour to complete. You can make two different types of ginger beverage – A classic ginger ale (what we call ginger brew) or an alcohol version, which is ginger beer. Both follow a simple recipe, however, the processing is different for each type. The first thing you will need is a ginger beer plant or ginger brew/beer culture starter.
What’s a Ginger Culture Starter and Ginger Beer Plant?
To make ginger brew/beer you will need to obtain a starter or plant. There are three choices to get started:
First, a traditional ginger beer plant that comes from the UK and can cost a bit. This culture seems harder to find and maintain. We find that the taste is strong and sharp, not to our liking.
Second, buy a ginger brew starter. There are a few sources for this style of starter. We sell a lot of this starter in our store. You can buy ginger beer starter here: http://store.organic-cultures.com/gibeplorgr.html. This ginger beer starter has been maintained since 2009 and has improved in flavor over time. We have stabilized this culture starter to produce the same results and taste again and again. It is a cross between the UK ginger beer plant and wild yeast strains. We think this starter is mellow while still holding an intense ginger flavor over the UK strain alone!
Lastly, you can try to make a ginger brew/beer starter with wild yeast and sugar. Making your own starter using wild yeast strains may produce good results or sometimes not. This depends on the yeast strains you capture and if they can stabilize. Just as in beer brewing, a stabilized yeast starter will produce a fermented beverage with the same results again and again. Some try to do a quick start using bread or Champaign yeast, we do NOT recommend using these as the taste will lose its balance and the traditional ginger ale flavor.
Fakes – There are sellers who claim to have a ‘real’ ginger beer plant. These are not true plants most being water kefir grains or bread yeast mixed with ginger.
Which to Do…Ginger Brew/Ale or Ginger Beer?
For a great ginger flavored beverage, there are two ways to go alcoholic (ginger beer) or non-alcoholic (ginger ale/brew). Again, the main recipe is the same only the process changes. For making ginger brew/ale you can just follow the standard recipe on our website: http://www.organic-cultures.com/instructions_sheets/ginger_brew
For ginger beer, make the final recipe for ginger brew/ale but instead of bottling it in beverage bottle it is placed into a fermentation vessel with an airlock (We have gallon size jars with lids and airlock at the store). Once the airlock stops releasing rapid bubbles, the beer is finished and now decanted into beverage style bottles. The volume of sugar used in the recipe determines the amount of alcohol.
Whether one wishes to make beer or brew ale, a ginger culture starter can provide a great refreshing summer time beverage. Not only will it save money over the cost of commercial soda, it is much healthier. Other benefits include the ability to flavor the drink as one wish. Ginger with limes, maybe fresh berries, or even ginger/lemongrass make it how you like!
So this summer, start making a pro-biotic thirst quenching ginger beverage to refresh during the heat. Ginger is known to aid in digestion and helps provide energy. Ginger brew is easy to make and a great replacement for the whole family vs. commercial soda. Buy or get a ginger brew starter today and
start making this wonderful summer time beverage.
Tempeh is a staple food of Indonesia, which is gaining popularity all around the world, for its distinct nutty taste and nougat-like texture. Tempeh starts by cooking soybeans, followed by inoculation using a culturing agent like Rhizopus oligosporus spores.
To finish the culturing process, incubation occurs overnight turning the soybeans into a solid white cake. Use the fermented tempeh cakes in a number of dishes, as a healthy meat alternative! Tempeh works great marinated in your favorite herbs and condiments.
Tempeh is a highly nutritious food rich in protein, which has been the traditional cuisine of Indonesia for more than 2000 years. Today, tempeh is a popular meat alternative for vegetarian and vegan cuisines. Because it is a low-fat and high-protein food, many vegetarians choose to include tempeh in their diet on a regular basis.
Tempeh is extremely rich in protein, low fat, and contains fiber and vitamins. Now a common site in Co-ops and health food stores, it is easy to enjoy tempeh at anytime! Store bought tempeh is ready to cook and eat or one can make it much cheaper at home with pre-packaged spore starter and some basic equipment. Below are some health benefits of Tempeh.
Health Benefits of Eating Tempeh
Tempeh is a rich source of proteins. The proteins in tempeh have the additional benefit of lowering cholesterol level, unlike the protein from animal sources, which raise the cholesterol level of a person. Thus, tempeh is an excellent alternative to meat.
Tempeh contains magnesium, which plays a vital role in cardiovascular system and in more than 300 enzymatic reactions. Magnesium is also necessary for the reactions like the control of protein synthesis and energy production.
Tempeh may help in preventing heart diseases. It reduces the cholesterol level and hence, lowers the risk of heart attack or stroke.
Tempeh also raises the HDL cholesterol levels. HDL cholesterol passes through the body and collects the cholesterols in the arteries to be disposed off by the liver. Tempeh can even lower LDL cholesterol levels, apart from raising HDL.
Tempeh, like other soy foods, is rich in dietary fiber, which binds fats and cholesterol and prevents their rapid absorption. In addition, the dietary fiber binds the bile salts and helps throw them out of the body. As it disposes the bile, liver is stimulated to convert more cholesterol into bile salts, thereby lowering the cholesterol level in the body considerably.
The fiber present in tempeh may assist in lowering the risk of colon cancer, by being able to bind to the cancer-causing toxins. It is also preventative against some other cancers, like breast cancer.
Tempeh is also helpful in treating menopausal symptoms. The isoflavones present in tempeh bind to the estrogen receptors and provide relief from the uncomfortable symptoms associated with the decline of natural estrogen. In addition, it may aid in reducing the bone loss that generally follows menopause.
Tempeh contains a good amount of the trace minerals, like manganese and copper. These minerals play an important role in numerous physiological functions.
Tempeh is an extremely healthy food for people suffering from diabetes. Its natural properties that assist in lowering cholesterol and blood sugar levels prove helpful for diabetic patients. Also, tempeh aids in lowering the triglyceride levels in diabetic patients.
Always cook the tempeh cakes to kill the active mold and/or spores. Do not eat tempeh RAW.
Tempeh will take on the flavors of the marinade or recipe ingredients. By itself, tempeh has a mild taste.
To make tempeh, you will need soy (soya) beans, few tablespoons of vinegar and tempeh spore starters like Rhizopus oryzae or Rhizopus oligosporus.
Soak the beans for 8-14 hours in water. De-hull the beans by hand and split the beans into two. Skim off the hulls and discard.
Make sure the beans are very dry; otherwise, undesirable bacteria may take hold and produce bad or off flavors.
Keep the beans in an incubator, while wrapped in the plastic, at a temperature of 30°C/85°F. You can also keep them at any warm place for a day or two or until you see, the plastic completely filled with white mycelium.
The tempeh is ready when the soybeans become one complete solid mass.
The fresh tempeh will be warm and has a pleasant mushroom flavor.
You can store tempeh in the refrigerator, for around ten days. However, if you keep it in the freezer, it can stay for a few months.
1 egg or egg substitute (1 Tbs ground chia + 1/4 cup warm water)
Add other spices, if desired, like chilli, herbs, or spice mix.
Cut tempeh up into cubes and toss into a food processor and process until into small pieces, or finely chop.
In a large mixing bowl, mix together ground tempeh, onion, zucchini, broccoli stock, brown rice, arrowroot starch, balsamic vinegar, olive oil, basil, oregano, parsley, baking powder, sea salt and egg or egg substitute.
Mix with a fork until it starts to come together, and is evenly mixed.
Take about 1/3 cup mixture, roll into a ball and then flatten into a patty shape.
Either cook on a 350-400 BBQ or in the oven at 350 for about 20 minutes, flipping halfway through. Remove once lightely browned and firm to the touch. Do not over cook the patty.
Serve on a bun with topping of your choice or wrapped in lettuce.
We hope this Blog page has assisted you in making great tempeh at home. We have tempeh or PTS spore starter in small amounts and now in 500gr commercial size packaging. See more details at our web store – Organic-Cultures.com
Now that you have made a fresh batch or purchased your koji rice, the next step is what to do with it. Many people use koji-kin to make saké, amasaké, or miso. However, what other ways are there to turn koji rice into something extraordinary? Here are a few recipes to get you started.
Basic Amazaké Ferment
Used in Japan as a sweetener, beverage, or a simple alcolholic drink. Amazake is one of the best known cultured and fermented items from Japan. There are several recipes for amazake that have been used for hundreds of years. By a popular recipe, kōji is added to cooled whole grain rice causing enzymes to break down the carbohydrates into simpler unrefined sugars. As the mixture incubates, sweetness develops naturally.
By another popular recipe, sake kasu is simply mixed with water, but usually sugar is added.
In this recipe, amazake becomes low-alcohol beverage if given time.
Amazake can be used as a dessert, snack, natural sweetening agent, baby food, added insalad dressing or smoothies. The traditional drink (prepared by combining amazake and water, heated to a simmer, and often topped with a pinch of finely grated ginger) was popular with street vendors, and it is still served at inns, teahouses, and at festivals. Many Shinto shrines in Japan provide or sell it during the New Year!
What is needed…
3- cups cooked brown rice
1- cup light koji rice
Yield: 4 cups of fermented rice to use as a sweetener or 3 quarts Amazaké drink
Incubation Temperature: 120-140 F (50-60C)
Start by cooking the brown rice and allowing it to cool to at least 140 F (60C). Once cooled, stir in the koji rice and mix well. Place mixture into a glass or stainless steel container that will allow an inch of “headroom” to allow for expansion during the fermentation process. Cover container and incubate, stirring every couple of hours to prevent heat build up. The finished product can take as little as 6 hours with quality, fresh (not dried) koji-kin at optimum temperatures, after 6 hours start tasting the ferment to see if the cycle is complete.
When finished the ferment should thicken like porridge with a mild sweet taste. The sweetness will increase up to a point after which it will change and start to become sour. Once the taste is to your liking, place into a saucepan and bring to a boil. Reduce the heat and simmer for 3 to 5 min., stirring frequently. Boiling will stop the fermentation process keeping the amazaké sweet. For a smother amazaké consistency purée the mixture in a blender until smooth. Refrigerate any ferment not used right away. If not, the amazaké will become very sour.
Amazaké Sweetener: Use ¼-cup ferment for each tbsp of sweetener called for in your favorite recipes and reducing the cooking liquid by 3 Tbsp. Baked goods will be rich and moist with a more subtle sweetness.
Amazaké Drink: For HOT amazaké, heat one part ferment and two parts very hot water. Add a dash of shoyu and a grating of fresh ginger root. Serve blended mix in heated mugs. For a cold drink, blend 1 part amazaké ferment and 2 part fruit, fruit juices, soymilk water and/or flavoring of your choice.
Doburoku: For simple “grog”, leave the amazaké ferment in the incubator for several days, stirring and tasting occasionally, until it develops a heady, alcoholic aroma. Blend as above, traditionally served in Japan as a thick and creamy drink or dilute to taste.
Mellow Pickled Cabbage
In Japan, pickled vegetables come with many meals, as a condiment or side dish. In Japan it is called ‘Kyabetsu no asazuke’. Unlike normal pickles this recipe is a fermented pickled delight. Like German style sauerkraut, pickled veggies are uncomplicated to make into a fermented snack or condiment!
What is needed…
1 – pound organic cabbage of your choice or a mix of green and reds. Use American style or napa/Chinese styles
2 – Tbsp non-iodized salt (Kosher or sea salt)
¼-cup koji rice
¼-cup warm water
½ tsp honey or other sweetener
A japanese tsukemono pickle press
Start by removing the center core and shred the cabbage coarsely. Mix well with the salt and pack into a glass bowl. Put a small enough plate to fit inside the bowl and weight it down with water filled glass jar or non-metal container. Refrigerate for 3 days.
After 3 days, draw off the liquid from the cabbage but do not rinse.
TIP: Save the liquid brine for other uses. Dissolve the honey/sweetener in the warm water and add the koji rice. Set aside until the koji has dissolved the liquid and softened.
Next, mix the soaked koji and cabbage, mixing well. Pack contents into a straight-sided container, Add a plate and weight to keep everything under the liquid. Submerging the cabbage keeps the mixture from contamination with unwanted bacteria. Allow 4 to 5 days for the flavor to develop then refrigerate. Use within a week or two.
For those who do not wish to mess with jar and weights, a Japanese pickle fermenter is a great investment. EBay and specialty shops have the Japanese tsukemono pickle press. See photos for recommended styles.
Koji Rice Pickled Vegetables Condiment
Here is another great recipe for using your new tsukemono press (if you have one).
It is a mix of seaweed and root vegetables with a lot of umami flavor.
What is needed…
½ oz dry kombu, wakamé, or sea palm. Should yield about ½ cup after soaking
1 to 1 ½ cups daikon, baby burdock root, or carrot. We enjoy a combination of all three.
Try using any type of herbal roots, too.
¼ cup naturally fermented soy sauce, shoyu, or tamari
¼ cup mild vinegar, plain or flavored
¼ cup mirin or saké. Mirin imparts a sweet component to the mix and saké a dry alternative, extremely recommended!
Start by soaking the Kombu and/or other sea vegetable for 10 to 20 min. in just enough water to cover, soak until softened. Reserve ¼ cup of the soaking water and cut the sea vegetables into slivers or short ribbons. Next, scrub the root vegetables to remove any soil and cut them into thin slivers. Place the root vegetables, sea vegetables, and reserved soaking liquid into a saucepan and bring to a low boil. Add soy sauce and vinegar and return to a low boil. Cover and remove from heat.
When the mixture has cooled to 110F (45C) (warm, but not too hot to touch) transfer to a glass bowl or jar and stir in the koji-kin, mirin, and saké. Let the mixture mature for 4 hours at a cool to moderate room temperature, stirring occasionally from time to time.
The pickled vegetables are ready to consume now or refrigerate the unused portion, which will continue to mellow and enhance the flavors even more over time. Enjoy a bowl with your favorite grains!
Today we shall look at some recipes for pro-biotic drinks from traditional Indian food culture. Yoghurt or buttermilk plays an important roll in Indian cooking. Bringing richness to a dish and helping to cool down a chillies heat in an entrée.
Yoghurt type drinks, called Lassi, and herbal teas add not only pro-biotics but also the medicinal properties of the herbs added.
Here are three Lassi drinks to get you started:
2 c water
½ c of plain yoghurt of your choice
2 tablespoons of sugar (or to taste)
½ tsp fresh, grated, ginger or ¼ tsp dry ginger
½ tsp ground cardamom
Place all ingredients in a blender and blend for 1-2 minutes. Adjust sugar to taste and dosha. Doshas are part of Ayurvedic medicine system with the goal of keeping the body in correct balance. This lassi is good for all body constitutions and has a heating effect on the body.
2 c water
½ cup cultured yoghurt of your choice
2 tbsp of sugar
1 drop rose water
Place all ingredients in a blender and blend for 1-2 minutes
Good for all body types but especially balancing for pitta dosha types.
This is a great drink for heading off colds and flu’s. It provides inner heat and energy to the body when needed. This is one of my favorite medicinal drinks for taste and easiness in preparation. The jalapeño milk is not as hot as the name sounds. The milk and sugar will mellow out the chillies heat.
People are surprised by the amount of energy it gives!
Start with 2-5 fresh jalapeño chillies
8 oz cultured yoghurt or milk
Raw honey or unprocessed sweeter, to taste
Chop the jalapeños and blend with the milk. Blend for least 5 minutes. The long blend time, ensures the chilies are incorporated and helps to froth the milk. Add sweetener and blend for a few seconds. Adjust the sweetener to taste. Strain and enjoy!
We hope you like these drinks as a change from the common yoghurt smothies here in the USA. Yoghurt style cultures are avalible in our store: store.organic-cultures.com
Source for Kefir, Kombucha, Koji Spores, Tempeh, & Other Traditional Food Cultures…