Tag: health (Page 9 of 12)

Quinoa Salad, Greek Style

July 26, 2010 / Lindsey / 3 Comments

This is a recipe that my best friend Sonja gave me a long time ago; it was one of our very favorite things to eat. I love it! It’s a light, refreshing dinner choice which is great for this time of the year because it doesn’t require use of the oven. Heck, you could even cook the quinoa in your solar oven (you have built one, right? ;-)) and you wouldn’t even need the stove, either! It would also be a great meal to take on a picnic.

Quinoa Salad, Greek Style

1 cup uncooked quinoa

2 tomatoes, chopped

1 cucumber, diced

3/4 cup chopped green onions

Scant 1/2 cup olive oil

6 Tbsp freshly-squeezed lemon juice

6 ounces feta cheese, crumbled

Black or Kalamata olives, chopped (as many as you like…I usually use between 1/2 and 1 cup)

Lettuce, torn into pieces (use as much as you like, though not too much — it’s not meant to be the main ingredient)

Salt + Pepper to taste

Cook the quinoa* and cool it to room temperature. If I’m in a hurry, I’ll put my hot quinoa into the freezer to cool it quickly.

Then, gently stir everything else — except the lettuce — into the quinoa. I leave the lettuce out until I’m ready to serve the salad, and then I stir it in. That way, I can store the leftovers for a day or two and not have to worry about wilted, soggy lettuce. You could also leave the lettuce out altogether, and just serve the salad on a bed of lettuce leaves, as in the picture above.

This salad is best served on the day you make it. Enjoy!

***

*Cooking quinoa:

Be sure to rinse the quinoa well to remove bitter saponin residue. The quick way to cook it is to boil your water (ratio of 1 cup grain to scant 2 cups water), add some salt, add quinoa and cover, simmering until the water is absorbed, about 20 minutes.

However, if you’re able to plan ahead enough, it’s much better, healthwise, to soak your quinoa for at least 12 hours to make it more digestible — the way traditional cultures do. Soaking grains neutralizes phytic acid (which binds to essential minerals like calcium, magnesium, iron, and zinc, and blocks their absorption) as well as enzyme inhibitors in the grain. Soaking also breaks down difficult-to-digest proteins and encourages the production of beneficial enzymes which in turn increases the vitamin (especially B vitamin) content of the grain.

So…

To soak quinoa: Thoroughly rinse 1 cup of dry quinoa to remove bitter saponin residue. Put 2 Tbsp of lemon juice or vinegar into a measuring cup and fill to the 1 cup mark with warm water, then mix with the quinoa in a bowl. Cover and let sit at room temperature for at least 12 hours, or up to 24. When you’re ready to cook, rinse and drain the quinoa well. Place in a saucepan. Add a scant 1 cup of water, and a little salt. Bring to a boil and simmer, covered, until all the water is absorbed, about 20 minutes. Cool, and proceed with the recipe.

*****

Use Caution With Bee Pollen Supplements

July 5, 2010 / Lindsey / 4 Comments

Bee Pollen

Unfortunately, this post is the result of quite an interesting week — I had 3 anaphylactic reactions in 48 hours, due to some bee pollen I ate! Bee pollen is considered to be a super food because it contains high-quality protein (meaning it has all the essential amino acids plus quite a few more), plus it’s rich in minerals and Vitamins A, C, E, as well as most of the B vitamins including folic acid, and it contains over 5,000 enzymes and thousands of phytonutrients. Bee pollen also contains plant nectar and bee saliva. It’s been used as a health food supplement in China for hundreds of years. But if you have – or even suspect you have – an allergy to bee stings, honey, royal jelly, or any other bee products, I want to pass on a word of caution about bee pollen supplements. While bee products are obviously not the same as a bee sting, they are related enough to cause cross reactions (Allergy. 1992 Feb;47(1):41-9). Also, if you have a severe allergy to pollen, I would also steer clear of bee pollen (Annals of Allergy. 1981 Sep;47(3):154-6).

This article states that “Bee pollen may actually set off allergies in those who are particularly sensitive, especially those allergic to bee venom and ragweed.”

Now, I’ve had quite a few bee stings in my life, with no evidence of an allergy until my most recent sting 3 years ago: Immediately after being stung, I almost passed out, and then got quite sick for about 24 hours. That wasn’t a normal reaction for me, and a coworker suggested that I may have developed a bee sting allergy. I later learned that a bee sting allergy can develop at any time, and the more times you’ve been stung, the higher your chance of becoming allergic.

But back to the bee pollen. Having read how nourishing it is, I recently bought some from the health food store. The label recommended eating just a few grains at first, in case of an allergic reaction, but mentioned nothing about avoiding the product if you have allergies to bee venom, other bee products, or to pollen. Perhaps the label could have been more specific…perhaps it was daft of me not to make the bee-sting/bee-pollen connection in my head. In any case, I ate a few grains with no problem. The next day I ate more of the pollen – probably between 1 and 2 Tbsp, and was fine. But the next day, within about 10 minutes of eating between 1 and 2 Tbsp of pollen, my entire face began to swell up — especially around my mouth — and I developed a burning red rash that quickly spread from my face to my neck, back, arms, and legs. I got lightheaded and my heart was racing and pounding. This was certainly something I’d never experienced before. Hubby and I decided I needed to get the pollen out of my body, so I did a…uhh…”barf induction.” Yuk. The reaction subsided, though I definitely didn’t feel very well.

The next morning I still felt weak, shaky, unwell, and strangely ‘out of it.’ Right as we were about to walk out the door for a bike ride, I started feeling really sick and lightheaded, like I was going to throw up and pass out. The rash immediately returned, starting on my face and spreading to the rest of my body. Evidently, anaphylaxis can be biphasic, meaning it can occur again within 72 hours, without any further exposure to the allergen. And then again the next day, I had a third reaction with the same quickly-spreading red rash, sick feeling, pounding heart, and lightheadedness as before; however, that time my throat swelled up, which was really scary, and I ended up in the ER. It was not a fun night.

A few days later, I then accidentally confirmed my bee pollen allergy by eating granola bars that I had made with Really Raw brand of honey, which contains small amounts of bee pollen. Before my three anaphylactic reactions, I had eaten the granola bars with no problem. But ever since the anaphylaxis, I’m no longer able to eat even the minute amounts of pollen contained in my granola bars without having a reaction.

The doctor said it sounds like I’m allergic to bee stings in addition to the bee pollen, so I now carry an Epi-Pen, prednisone, and benadryl with me at all times.

And so the moral of my story is: Bee pollen has been used as a natural, nourishing super food for centuries. However, if you have an allergy to bee stings or are highly sensitive to pollens, do approach bee pollen with caution. If you do decide to take it, I would highly recommend starting out with just a few grains at first and then increasing your dosage slowly!

How to Make Sauerkraut

June 27, 2010 / Lindsey / 13 Comments

Today I’m going to show you how to make your own old-fashioned, raw, lacto-fermented sauerkraut. The first time I made sauerkraut, I was sure I was doing something wrong because it was so easy!

Ingredients:

Cabbage – red or green (or a combo), organic

Sea salt – See my salting chart below, plus you may need more to mix up extra brine. (Any non-iodized salt will do, but unrefined sea salt is better for your body.)

*****

Here’s my salting chart. These are just guidelines — if you want, you can add a little more salt in the summer and a little less in the winter.

10 tsp salt per 5 lbs vegetables

5 tsp salt per 2 ½ lbs vegetables

2 tsp salt per 1 lb vegetables

1 tsp salt per ½ lb vegetables

½ tsp salt per ¼ lb vegetables

Cabbage becoming sauerkraut. (Little bits of cabbage clinging to the side of the jar --like in the picture-- should be scraped down into the brine, otherwise they'll get moldy.)

Chop, shred, or grate your cabbage — coarse or fine, however you like it. Sprinkle the salt onto the cabbage and mix it up. I let mine sit on the counter for several hours or overnight (this step is in place of pounding) so that the salt can begin to draw water out of the cabbage. The water contains nutrients, and these nutrients then become the substrate for the growth of the lactic acid bacteria which is what turns your cabbage into kraut. (Steinkraus, Handbook of Indigenous Fermented Foods, p.120.)

After the cabbage is wilted and some water has been drawn out, pack the cabbage WITH its water into a glass jar. You really want to pack it in there (use your fist or any kitchen tool), because this will help squeeze more water out. You can also use a specially-made ceramic sauerkraut crock, or a glass or ceramic bowl (anything except metal, since salt and acid can react with metal).

Keep your cabbage submerged under the brine by placing a smaller plate on top and weighing it down with something heavy (a jug of water, a boiled rock, etc.). Or, nest a smaller jar of water inside your larger glass jar. Or, wedge a whole cabbage leaf into the jar to keep everything submerged.

Sauerkraut fermenting in a ceramic bowl, weighed down with a plate & a water-filled bowl.

This is kale, not sauerkraut, but same idea. I particularly like this nesting-jars method for keeping everthing submerged in brine.

Whatever method you devise, just be sure that all traces of cabbage are completely submerged in the brine. Little bits sticking up above the water line will quickly lead to a moldy situation like the photo below (and if you do end up with mold like this, scrape off the entire top layer of cabbage, but the rest underneath should be fine! The kraut below the mold in this picture turned out great.) So if you need to mix up some more brine (which is just a fancy name for salt water), use the ratio of 1 tsp salt to 1 cup of water.

This is what happens if your cabbage doesn't stay submerged in brine.

Cover the jar with either a lid (leave it loose to prevent pressure buildup) or a towel to keep bugs out.* Leave it to ferment at room temperature until you like the taste of your kraut. Let your tongue be your guide to done-ness. Taste it every few days, and transfer into the fridge when it tastes the way you like it. I like mine pretty sour, so I usually leave it out for 1-2 weeks or more, depending on how warm it is in the kitchen.

Once in the fridge, your sauerkraut will keep for many months. Don’t throw out the sauerkraut juice; it’s full of beneficial Lactobacillus (lactic acid bacteria) and is said to be a very good digestive tonic. And if you like, add a little of the juice to your next batch of sauerkraut as a starter.

*If you see a white film (“kahm yeast”) develop on the surface of the brine, scrape off what you can each day until the kraut is done. Sometimes I don’t get any film. Sometimes I get a fair amount. There doesn’t seem to be any rhyme or reason. The kahm yeast won’t harm anything, but if you keep getting a lot of it day after day, it can sometimes (not always) impart an off taste to the brine. If that happens, I will actually dump out the brine and replace with new brine. How salty to make the replacement brine? Good question. I’m still experimenting with this. When I did this I used 1 tsp salt to 1 cup water, but then my kraut was almost done fermenting and ready to go into the fridge. In the summer — or if your kraut still has a ways to go — I might increase the ratio to 1 Tbsp salt per 1 cup water. Use your judgment and go for it; fermentation is an imprecise art!

Here you can see the white film (kahm yeast) that sometimes develops on the brine's surface (between the blue bowl and glass bowl).

How To Make Traditional Kefir

May 25, 2010 / Lindsey / 39 Comments

Kefir is a fermented milk drink from the Caucasus region of Eurasia, similar to yogurt, but with an enhanced probiotic profile. Traditionally, kefir is made by dropping “kefir grains” into milk (raw milk or pasteurized, but not ultra-pasteurized). The kefir grains ferment the milk, causing it to thicken and take on a yogurt-like tartness, although the consistency is thinner than yogurt. Kefir can be purchased in bottles at the store, however commercial kefir is produced using powdered kefir starter rather than the actual “grains,” and therefore doesn’t possess nearly the probiotic diversity of traditional kefir. The only way to obtain traditional kefir is to make it yourself with kefir grains. The good news is, it couldn’t be easier! I used to make yogurt a lot, which required heating milk to the scalding point, then cooling it to 110 degrees, stirring in the “starter” (plain yogurt), wrapping the jar in towels and placing it on a “reptile heat rock” where it would sit for 4-6 hours. While the process itself was very easy, it was labor intensive. Kefir is SO much easier, and again, has more probiotic benefits than yogurt.

For those reasons, I probably won’t go back to regularly making yogurt; I’m definitely a kefir convert! 🙂

Kefir grains

To make kefir, you’ll first need to obtain kefir grains. This was the hardest step for me, for some reason. Silly, I know, since they’re widely available on the internet & through kefir grain exchanges. I think I must have been wary of these mysterious grains — they were a big unknown at first. I didn’t know how to use them, nobody I knew had even heard of them, and I thought surely I would either kill them or accidentally culture some kind of rogue bacteria that would kill me, and the whole thing would be a waste of money. Well, I’m here to tell you that they’re very easy to use, very hard to kill, and it’s highly unlikely you’ll culture something abominable (and if you did, you’d know it).

So now that we’ve gotten the fear out of the way, where do you get these grains? There are many websites out on the ‘net where people with too many grains will give them away for free — usually all you pay is postage. Kefir grains multiply, you see, so the more often you make kefir, the more grains you will have. I chose to buy my grains from an online company (Cultures For Health), wanting to be sure I was getting them from a good, reputable source. Now that I have confidence and experience with making kefir, though, I’d feel just fine getting mine from someone who was giving them away for free.

Some places to get kefir grains (there are many others, too!):

Cultures For Health – online company, for purchasing grains

Kefir Lady – online company, for purchasing grains

Project Kefir – worldwide sources for (sometimes) free kefir grains

Toronto Advisors – worldwide sources for (sometimes) free kefir grains

HOW TO MAKE KEFIR:

Kefir grains in muslin bag

Begin with 1 to 2 teaspoons of kefir grains per quart (4 cups) of milk (not ultra-pasteurized). You can either drop the grains into the milk and then strain them out later, but I find it easier to just put the grains into a clean muslin bag and drop the bag into the milk. I screw a lid onto the jar, because the lid will trap the CO2 that’s released, lending a slight effervescence to the kefir. If you don’t want the effervescence, just cover the kefir jar with a cloth & rubber band to keep out dust and bugs.

Leave the kefir at room temperature until it tastes the way you like it. I like to tilt the jar or stir the kefir now and then, though it’s not necessary. My kefir usually takes about 36 hours to thicken and get tart and effervescent, which is the way I like it. If your kefir separates into curds and whey, it’s definitely done! (More about this in the next section.) Strain out the kefir grains and enjoy! I love drinking kefir plain as well as using it in my smoothies.

To make another batch of kefir, simply transfer the grains into new milk. No need to rinse them first; in fact, rinsing slows their growth (Steinkraus, Keith, ed. Handbook of Indigenous Fermented Foods. 2^nd ed. Pp. 306). Since I use a muslin bag to contain my grains, I just plop the bag into a new jar of milk without rinsing. No muss, no fuss.

I like to put my kefir grains into a muslin bag, which I transfer from one batch to another.

Perfect kefir - thickened, creamy, & effervescent. NOW is the time to take the grains out!

This kefir is "overdone" because it has separated into curds & whey. It's still usable (especially in smoothies!), but won't have the luscious, creamy texture.

Things I’ve learned about making kefir:

– Using your new kefir grains – Making kefir is very easy, though there may be an adjustment period while you learn how your grains work & while the grains get acquainted with the kind of milk you use. Your first couple batches of kefir might not come out how you like…the kefir may be too thin, too sour, too yeasty, too whatever. This is normal, so don’t worry; some grains need time to adjust, others don’t.

– What kind of milk to use? – You may use raw milk or pasteurized, but NOT ultra-pasteurized. (Ultra-pasteurized milk doesn’t culture! I learned this the hard way. Scary, yeah…) I try to get high-quality grassfed whole milk if possible because that’s what I like to drink, but any milk will work (again, just not ultra-pasteurized). Also, using cold milk straight out of the fridge is fine.

– It’s hard to kill kefir grains! – Kefir grains are resilient. In fact, I’ve left grains in the same milk in the back of the fridge for 7 months, and they survived. Many websites tell you not to let the grains touch metal. However, I’ve observed how resilient these things are, and therefore I highly doubt that touching metal will suddenly kill them. In fact, mine have touched metal and they’re not dead yet.

– What’s the secret to making good kefir? – Making good kefir is all about getting the right milk-to-grains ratio relative to the ambient temperature. It’ll require some experimentation, and you may not get consistent results every time unless you get scientific about it and measure out the same amount of kefir grains each time (necessary, since they multiply), put them into the same amount of milk, and culture at the same temperature. Temperature is the tricky part, because kefir will culture more quickly in warmer temperatures. (So, right about the time you’ve nailed down wintertime kefir-making, the season changes and you have to reinvent the wheel! :)) One way to control the temperature is to culture your kefir in a cooler with some ice. The easiest way, though, is just to decrease the amount of kefir grains you use in warmer temperatures (or increase the amount of milk) so that your kefir will culture more slowly.

– Help! My kefir is separating too quickly – My biggest frustration was when my kefir would separate too quickly into curds and whey. It would be fine, and then two hours later it would be completely separated. What’s happening in this situation is that there are too many kefir grains for the amount of milk you’re using. Either decrease the amount of grains, or increase the amount of milk.

(The science: The more kefir grains you have in your milk, the faster they’ll use up their food source (lactose, or milk sugar). When they consume lactose, they produce lactic acid, and too much lactic acid will cause the kefir to separate into curds and whey…because that’s just what acids do, so congratulations, you’ve made cheese!)

– Is separated kefir still good? – When kefir separates into curds and whey, it’s definitely still usable! It won’t have the creamy texture, so it’s not as lovely to drink. Instead, just use it in your smoothies, or else drain off/reserve the whey and eat the curds like a thick yogurt or let them drain further to make a thick, tangy “kefir cheese” spread. Yum!

– Storage of kefir grains – If you’re not ready to make more kefir right away, put your grains in the fridge, either in a bit of fresh milk or in some kefir. Often, I just store my grains in the jar of kefir I’ve just made, in the fridge. Ideally, though, store them in a cup of fresh milk and change it every week or two; this way, you’re giving them plenty of food (lactose) which will keep them happy and multiplying. For long-term storage, I’ve heard that you can also freeze them, or dry them out completely and store them, and then re-hydrate in milk when you’re ready to use them again. I haven’t tried this yet, but it’s on my list!

– Getting your grains to multiply – The best way to get your grains to multiply quickly is to make kefir every day, and to not store your grains in the fridge. We don’t go through enough kefir to make it every day, so my grains are often kept in the fridge. If kept in the fridge a lot, they will multiply much more slowly. If you have too many grains, give some away to friends, freeze some for “insurance”, or just eat them for a super probiotic boost!

– What ARE kefir grains, really? – Kefir grains are conglomerates of lactic acid bacteria and yeasts held together by a polysaccharide gum called kefiran produced by the predominating bacterial species. (Steinkraus, Keith, ed. Handbook of Indigenous Fermented Foods. 2^nd ed. Pp. 306) The bacteria and yeasts have a symbiotic relationship, as the predominant bacteria is unable to grow in milk without the yeast’s presence. This conglomerate that makes up the kefir grain behaves as a single organism; efforts to produce new grains by growing the component organisms separately and then recombining them have not been successful.

– My kefir looks/smells/tastes bad – Kefir can occasionally taste yeasty, particularly if it’s “overdone” and separated into curds & whey. Yeasty is OK, but just use common sense and don’t drink it if it otherwise looks, smells, and/or tastes bad. However, culturing something rogue is not really a huge concern; both the acidity of the kefir and the culturing organisms do a good job of keeping away any little nasties.

From the Handbook of Indigenous Fermented Foods:

“Some inhibition of pathogens in fermented milks is due to acid production. Recent work has shown that the effect of acidity is relatively small compared to specific substances of antibiotic nature formed by the fermenting organisms (Lucca, 1975). In addition to lactic acid, metabolites such as lactocidin, nisin, and acidophiline produced by starter organisms during fermentation also exhibit antibacterial properties. Singh and Laxminarayan (1973) reported that many lactobacilli exhibited antibacterial action against pathogenic strains of staphylococci and E. coli. They also observed that antibacterial action was a function of pH; the culture filtrate lost antibacterial activity when pH was raised to 5.0 or above.”

What Makes a Healthy Diet?

May 16, 2010 / Lindsey / 0 Comments

Ahh, the hotly debated question! There’s such an overabundance of conflicting information that it’s hard to know what to believe. Nowadays when I think about what a healthy diet is, these things come to mind: traditional foods, whole foods, unadulterated foods; foods that haven’t been canned or bottled or packaged or pasteurized. And oh my goodness, what a mighty feat it is to eat a diet that fits all that criteria, especially in an urban city environment! My diet definitely isn’t perfect, but I feel that I’m moving in the right direction because I’m focused on eating much more of a traditional, whole-foods diet than ever before.

It wasn’t always that way, though!

For 10 years, I was a vegetarian (and I still love meatless dishes!). I absorbed what the mainstream media said about fat, cholesterol, and saturated fat. They said fat was bad, so I drank 1% milk, ate reduced-fat cheese, and used butter very sparingly. They told us to eat lots of soy, so I ate tofu and drank soymilk. Instead of meat, I ate processed “meat-replacement” products. Looking back, I’m sort of appalled that I was so easily led! But now I feel like I’m on a much better track with what I eat, and I wanted to share a little bit about that.

I started reading about Weston Price, a dentist who traveled the world in the 1920s and studied indigenous cultures and their traditional diets. He also observed, first hand, the increase in disease in those who began incorporating modern, western foods (white flour, white sugar, refined vegetable oils, canned & processed foods, etc.) into their diet.

It was fascinating stuff, and I really resonated with the advice to eat traditional foods in their unadulterated forms.

Admittedly, though, the first time I picked up a copy of Nourishing Traditions (a cookbook by Sally Fallon which is based on the findings of Dr. Price) from the library, I returned it right back to the library in disgust! The advice goes squarely against mostly all of the mainstream information about what’s good for our health, and it’s quite an adjustment for one’s brain to make at first, after a lifetime of hearing and believing the exact opposite.

But then I read two books that completely changed my perspective on what health food is: Real Food by Nina Planck, and In Defense of Food by Michael Pollan. (I highly recommend these books!)

After that, I went back to the library to get Nourishing Traditions again, this time reading it nearly cover to cover!

Based on the findings of Weston Price, the following are the characteristics of traditional diets that Sally Fallon has compiled. I use this list as a guide for what to include in my own diet. (Of course everyone will differ in their perspective on diet, but I really resonate with the list below.)

The diets of healthy, nonindustrialized peoples contain no refined or denatured foods such as refined sugar or corn syrup; white flour; canned foods; pasteurized, homogenized, skim or lowfat milk; refined or hydrogenated vegetable oils; protein powders; artificial vitamins; or toxic additives or colorings.
All traditional cultures consume some sort of animal food, such as fish and other seafood; land and water fowl; land and sea mammals; eggs; milk and milk products; reptiles; and insects. The whole animal is consumed — muscle meat, organs, bones, and fat.
The diets of healthy, nonindustrialized peoples contain at least four times the minerals and water-soluble vitamins, and TEN times the fat-soluble vitamins found in animal fat (Vitamin A, Vitamin D, and Activator X (Vitamin K2)) as the average American diet.
All traditional cultures cooked some of their food, but all consumed a portion of their animal foods raw.
Primitive and traditional diets have a high food enzyme content from raw dairy products, raw meat and fish; raw honey; tropical fruits; cold-pressed oils; wine and unpasteurized beer; and naturally preserved, lacto-fermented vegetables, fruits, beverages, dairy products, meats, and condiments.
Seeds, grains, and nuts are soaked, sprouted, fermented, or naturally leavened to neutralize naturally occurring anti-nutrients such as enzyme inhibitors, tannins, and phytic acid.
Total fat content of traditional diets varies from 30% to 80% of calories but only about 4% of calories come from polyunsaturated oils naturally occurring in grains, legumes, nuts, fish, animal fats, and vegetables. The balance of fat calories is in the form of saturated and monounsaturated fatty acids.
Traditional diets contain nearly equal amounts of omega-6 and omega-3 essential fatty acids.
All traditional diets contain some salt.
All traditional cultures make use of animal bones, usually in the form of gelatin-rich bone broths.
Traditional cultures make provisions for the health of future generations by providing special nutrient-rich animal foods for parents-to-be, pregnant women, and growing children; by proper spacing of children; and by teaching the principles of right diet to the young.

For more information about the findings of Dr. Weston Price, read his fascinating book, Nutrition & Physical Degeneration. The pictures alone are convincing enough. Since the book was written in 1939, it’s now in the public domain in many countries and can be read online for free at this website:

http://www.journeytoforever.org/farm_library/price/pricetoc.html

For further fascinating information and lots of good articles and resources, visit the Weston A. Price foundation website.

Again, the following books are an excellent place to start:

Real Food, by Nina Planck

In Defense of Food, by Michael Pollan

I do also recommend Sally Fallon’s cookbook, mentioned earlier, called Nourishing Traditions: The Cookbook that Challenges Politically Correct Nutrition and the Diet Dictocrats. In addition to lots of recipes, it contains a wealth of nutrition information.

And for nutritional advice on nurturing your reproductive health and the overall health of your little ones, I highly recommend these books:

The Garden of Fertility, by Katie Singer

Real Food for Mother and Baby, by Nina Planck

I now strive to eat a diet of whole & unprocessed foods, using the unique food preparation methods of our ancestors in order to maximize nutrient availability. Stay tuned for more on the topic of traditional food preparation methods!