Monday, February 15, 2010
Nutrimill Review: Why Grind Fresh Flour?
Friday, February 5, 2010
SIDS Research/ aden + anais giveaway

Tuesday, January 26, 2010
Its All So Important
Saturday, January 2, 2010
Ewww...
Thursday, December 31, 2009
Chlorine Shower Filter
Back when we bought our Berkey water filter, we also got a chlorine shower filter. We weren't able to put it up right away, but with all my nesting and "to do" lists in preparation for the baby coming, it is finally up. Installation was easy enough. The only slight drawback is that we had a detachable hand held shower head and it didn't work with this filter. It was also a low flow shower head to conserve water, whereas this one is not. Otherwise the shower filter works great and we can tell a difference in the water. The chlorine smell is gone, and although it hasn't been up very long, I think it may be helping our skin not to be so dry.
Friday, December 11, 2009
Toxins In Toys: Plastics
Friday, November 20, 2009
Bosch Mixer Review
Wednesday, November 11, 2009
Toxins In Toys: Lead

This month I'm doing a series of posts called Toxins In Toys where I will be talking about toxins including lead, phthalates, BPA and more. I will also include some reviews and giveaways from our favorite safe toy stores. With Christmas approaching, its especially important to take a moment to think about the safety of toys that your children are playing with and the new things that you bring into your home.
Friday, October 30, 2009
Toxins In Toys
Wednesday, October 21, 2009
Bravado Survey

Monday, August 31, 2009
What's In My Water? Part 2
Friday, August 28, 2009
What's In My Water? Part 1
Sunday, July 5, 2009
The Bosch Mixer: A Story
With my forray into the blogging world and reading blogs, I’ve come across rave reviews for the Bosch Mixer. It seems that all moms who feed their families healthy food and bake their own bread use the Bosch Mixer! Ok, that’s an exaggeration, but I’d never heard of it before reading blogs about healthy cooking and then kept reading about it. I’ve been interested in a KitchenAid mixer for quite some time, so I set out to compare the two and decided whether or not to add the Bosch Mixer to my wish list.
After reading reviews on amazon and elsewhere, I realized that although many people love their KitchenAid mixers, there were a few commonly reported problems. KitchenAid mixers are often reported to leak oil; I even posted a poll on a private message board that I belong to and several moms there agreed that their KitchenAid leaked oil! I found many reviews here reporting problems with KitchenAid mixers. Along with leaking oil, some mixers just flat out stopped working, often times when people were trying to mix larger loaves of bread in them.
I couldn’t find nearly as many reviews of the Bosch Mixer, but the reviews I read all included the words “I love my Bosch Mixer.” After looking at this comparison chart, I was pretty convinced. Bosch has an 800 watt motor vs KitchenAid’s 575 watts. It has a three year motor warranty and 1 year on parts, vs KitchenAids 1 year warranty. The Bosch actually weighs less and is smaller (a big plus for my tiny kitchen), but is better at mixing bread dough in large batches. I was about to cross the KitchenAid off of my wish list and write in “Bosch Mixer.” ...but wait! What was it made of? The blender looked suspiciously like polycarbonate plastic (which would contain the toxin BPA). I had more research to do.
Whenever I typed “Bosch Mixer” in Google’s search engine, Pleasant Hill Grain always came up advertising themselves as “The Bosch Mixer Store: low prices, free shipping, and 25 years Bosch experience.” Alright, these people know their Bosch Mixers, I’ll ask them my questions. Pleasant Hill Grain’s website stated that the Bosch Mixer bowl was made of “super-tough Makrilon” and the blender attachment was made of “Lexan polycarbonate”. Lexan is a brand name polycarbonate, and definitely contains BPA. The bowl I wasn’t quite clear on. I Googled “Makrilon” and it came up as Makrolon, also a brand name polycarbonate, again, containing BPA. I couldn’t find information on any other websites selling Bosch Mixers that said what the mixer bowl and blender pitcher were made of.
I emailed Pleasant Hill Grain asking them what type of plastic the mixing bowl was made of. The first reply I received simply stated:
“Christy, I know the bowl is made of Makrilon plastic. Thank you, Dee”.
I replied thanking them for the email, but again asking for information about whether or not the Bosch mixer and blender contain BPA. I received this reply:
“...Bosch is made in Slovenia and according to what we know, it is against German manufacturing law to make anything with BPA. I feel pretty safe saying that the Bosch mixer and blender does not have BPA.... Tom”
I wasn’t thrilled with this reply; “prettty safe” didn’t sound very factual to me. After some searching, I discovered that KitchenResource.com was the Bosch distributor for the US. I contacted them with my questions. I simply wanted to know what type of plastic the mixing bowl and blender pitcher are made of and if they contain BPA.
My first response from Kitchen Resource stated that the blender is made of polycarbonate and that it was the only part of the Bosch Universal Mixer that was made of polycarbonate. They also included some information saying that the major concerns with polycarbonate are heating it, or bottles which contain liquids for longer amounts of time which may allow time for leaching.
I replied to Kitchen Resource, letting them know that Pleasant Hill Grain had assured me there was no BPA in the mixer or blender, and that they may want to clarify this information with them, as it was false. Their website stated that the bowl was Makrilon, which would contain BPA, so I asked for clarity on what type of plastic the bowl was made of.
My contact at Kitchen Resource replied stating that the mixer bowl was polypropylene and that he had asked for confirmation from the factory and would let me know for sure.
After three weeks I heard back:
“...The Bosch mixing bowl is PP (polypropylene). The Bosch blender jar is polycarbonate. At one time, Bosch used a polycarbonate from Bayer, trade named Makrolon, as the material to make their blender jars. I do not know what their source is for that plastic at this time. I have been assured (undocumented) that, because Germany is verrrry environmentally conscious, Bosch does not uses materials that can leach BP-A. There is some indication that some polycarbonate plastics are better than others. Those from China might be more suspect than those from Europe, for example. However, I do not have enough data to reach a firm conclusion about that.”
So far Pleasant Hill Grain, the 25 year Bosch authority, was wrong on two accounts 1) the Bosch Blender DOES contain BPA and 2) the mixer bowl is not made of Makrilon, nor was it ever.
I contacted the folks at ZRecs.com because they’ve done this type of consumer research with companies and plastics information. I forwarded them a few emails and their reply confirmed my thoughts:
“There are many things made of polycarbonate whose manufacturers will say "does not leach" BPA. Polycarbonate is, by its nature, composed of chains of BPA. There are many different ways to test whether or not a given plastic will leach BPA, and the results are influenced by many variables that are not regulated or independently monitored - test sensitivity, what the plastic is subjected to, and so on. We prefer (and recommend) products that do not contain BPA, as these are not subject to the (often secret) testing methodologies of companies.”
In the meantime Pleasant Hill Grain changed the information on their website after I had let them know I was in contact with their distributor and finding conflicting information. They did not reply to me or correct the erroneous emails they previously sent. I happened to find out that they had changed the information upon visiting their website again.
Whew, so what is the point of this long story? I am not interested in mud slinging, just in consumer advocacy. I’m concerned that it took me over a months worth of time, numerous email conversations, and being given false information several times just to find out the truth. Pleasant Hill Grain didn’t know the answer to my question, nor did they respond when it was revealed to them. I did finally figure out that the Bosch mixer is made of safe plastic, the blender is not. I absolutely will not purchase or use the blender until Bosch changes their plastic formulation to get rid of the BPA. Will I purchase or use the Bosch Mixer without the blender? I don’t know. I do find it unsettleing that companies aren’t sure what is in their products, especially when it comes to toxic chemicals. Does anyone else see a problem with this?
Sunday, May 3, 2009
Note On Product Reviews
Wednesday, April 22, 2009
Sugar?
In my quest to change our eating habits for the better, I've focused on eating "a variety of foods in as close to their natural state as possible" (to quote La Leche League philosophy). Lately I've been eying the sugar container in my cupboard. It can't be natural, its gleaming white for goodness sake! What do they do to it to make it that way? What about brown sugar, is it better for you? I've been reading about natural sweeteners lately (evaporated cane juice, maple syrup, etc) but decided that I needed to do some more research to figure this all out. Why are natural sweeteners better for you? How are they processed? I've seen white sugar on the list of things that are bad for you (white flour, hydrogenated oils, etc), but didn't really understand why other than that we shouldn't consume too much of it.Americans consume anywhere from 100 lbs of sugar a year to 1/2 lb of sugar a day, depending on which statistic you read. Either way, its a lot. Sugar- white sugar- is in many of the products that we consume on a regular basis. So, how is it made? Here is a link to a short summary. Sugar cane or sugar beets are crushed and the juice is extracted, boiled and dried to create sugar crystals. The sugar is then spun in a turbine (like a washing machine drum) to remove the molasses and make it white, or treated with chemicals.
So what about brown sugar? Its actually white sugar that has a bit of the molasses added back in and can even include coloring that is sprayed on to the sugar. One website suggested that you can even rub the brown color off to reveal the white sugar underneath! I feel duped. Why process the molasses all the way out just to add it back in again? This is beginning to sound like the white flour/ wheat flour story where the flour is processed to death and then a few vitamins are added back in. Molasses has iron, potassium, calcium, B vitamins, and other trace minerals in it. Your body actually uses up stored vitamins in order to process the sugar you eat. It makes sense that sugar in its natural form is supposed to come with some of these vitamins.
Here is some information that I came across in my sugar searching...
How sugar is made.
How sugar beets are processed- "a series of physical and chemical separations"
Great FAQs on Wholesome Sugar and how its made. This company produces fair trade, organic, and natural sugars. I've seen this brand at a few of my local stores and I think we'll be purchasing it from now on. Sucanat is their least processed option.
Sucanat stands for SUgar CAne NATural and it is simply sugar cane juice that has been dehydrated. It contains all of the natural molasses and nothing is added or removed. Other natural sweeteners include maple syrup, honey, stevia and others. Here is a great post on natural sweeteners. You may find "evaporated cane juice" at your local health food store and it is similar to sucanat, but it is slightly more processed in that it is evaporated and then spun to remove some of the molasses. We've started using real maple syrup for waffles and honey to sweeten tea. I had to use 1/2 maple syrup and 1/2 artificial syrup from the store for a few months to get used to the taste, but pure maple syrup is fine with me now. My husband has severe allergies in the spring and fall but since using local honey in his tea he's been dramatically better. (link)
My conclusions- sugar is not a whole food, if it were you'd be chewing on sugar cane! It has to be processed in order to be usable in recipes, but I'd prefer to consume it in its least processed form. I'm not happy with chemicals possibly being used on my sugar and I'm even less happy my new knowledge about some brown sugars actually being white sugar. Molasses has so many vitamins in it that I'd prefer it be left in the sugar. Sucanat is the least processed sugar available; I'm going to experiment with it in my recipes and see how it goes. Choosing natural sweeteners is just one more step in the direction of eating healthy whole foods!
Friday, November 23, 2007
Article on Toys, Lead, and Plastics
I’ve recently become increasingly aware of the dangers of children’s toys. Toy recalls are all over the news, and recent reports by reputable agencies such as the Environmental Working Group are finding toxins in our toys and homes. Although some of this may at first seem to be a big media scare, I’ve come to believe that it is in fact a real concern. CNN.com published an article in which a family underwent testing to determine what toxins their bodies were carrying. The children “had chemical exposure levels up to seven times those of their parents….He had two to three times the level of flame retardants in his body that's been known to cause thyroid dysfunction in lab rats.” Lead poisoning and other chemicals in our bodies are serious concerns; couple this with the fact that autism is on the rise – 1 in every 150 children is currently being diagnosed as somewhere on the autism spectrum, and you will realize that we are contending with a serious issue. I’m not implying that lead toys are causing autism in children, but I am aware that there are numerous health problems and autoimmune disorders that doctors cannot find a cause for and I do believe that they are related to our lifestyle and environment. Any attempt at making our daily lives safer and healthier for our children is worthwhile and a valuable effort.
Of course this brings to mind the question – are my kids safe? There isn’t exactly a definite answer, as there are many variables, but this question keeps nagging and prompts some action. I’ve spent many hours researching the issues and trying to wrap my head around what is safe and what could be unsafe, and what to do about it. I’ll start with the issues and then try to summarize and explain the position that our family is taking.
The issues:
Recalls – toys are being recalled left and right for lead paint in excess levels. I’m glad that toys are being recalled, but it leaves me wondering what next – do I have a toy that will be recalled next week, leaving my child with lead in her system and a $5 voucher for a replacement toy? Do I have a toy that was overlooked and will not be recalled, but actually contains lead? At the risk of making this article far too long, I’m including a quote from http://saras-toy-box.blogspot.com, it’s the best summary of the lead issue that I’ve found so far. This article is from a blog about toys and toy safety that I recently came across; I’ve found it to be very informative and a great resource. Italics are my own added emphasis.
“The risk from lead occurs when a child put a toy in his mouth. This is of greatest danger to children under two because they naturally explore the world with their mouths, and also have fast growing brains. Low levels of lead affect brain development and can cause developmental delays in young children. Lead has also been shown to effect adult brains, is toxic to the kidneys and blood and is a powerful carcinogen. There are no symptoms for lead poisoning, so all children should be tested for lead exposure.
There are two types of lead contamination in toys. Surface (or coated) lead and embedded (or substrate) lead.
Most of the recent recalls are due to surface lead. The Consumer Product Safety Commission regulates surface coated lead and has set the standard at no more than 600 ppm (parts per million). There are no regulations for non-toy products.
Embedded or substrate lead is often used as an additive in such materials as vinyl or plastic, which is why Christmas tree lights now come with a lead warning label. Toys or children’s products with embedded lead meet all federal safety standards. Why? Because there are no safety standards.
Yet, health experts warn that even embedded lead has no place in products for children as even low level exposure poses a health risk. The CPSC reports that a four-year old boy died from lead poisoning after ingesting a jewelry charm with embedded lead. Wal-Mart and Toys R Us voluntarily recalled bibs this year due to concerns regarding embedded lead.
Things to know about lead in toys:
- Lead is not only a problem with metal toys. Lead can be painted on wood, fabric and plastic as well as injected into plastic and vinyl.
- Plush Toys are NOT guaranteed to be safe. While most fabric toys do not have lead, you do need to watch out for fabric that has been painted. The recalls of fabric blocks and a plush Curious George doll underscores the possibility of lead contamination in fabric toys.”
For the full article, see: http://saras-toy-box.blogspot.com/2007/11/lead-in-toys.html
Mega Blocks have been found to contain embedded lead but have not been recalled.
http://www.consumeraffairs.com/news04/2007/10/maxi_lead.html
A
One thing that stood out to me in flipping through the recall list on cpsc.gov is the fact that these are toys that I would buy and could easily have in my home. The list of recalls is huge, and these aren’t just about a piece breaking off, most of them are lead related recalls.
Plastics- Plastics have come under scrutiny again lately because of the discovery of a toxic chemical, Bisphenol A, which has been found to leach out of plastic containers including commonly used water bottles and baby bottles. Another concern includes products (children’s teethers and toys) made with PVC including pthalates, chemical compounds used to make the PVC soft which can leach out of the toy and into a child’s body.
Bisphenol A (BPA)- Bisphenol A is an endocrine disrupting hormone that has been found to leach out of certain plastics and the lining of canned foods.
“Bisphenol A is a Developmental, Neural, and Reproductive Toxicant
- Scientists have linked very low doses of bisphenol A exposure to cancers, impaired immune function, early onset of puberty, obesity, diabetes, and hyperactivity, among other problems.
- For example, in one recent study, a single, low dose of bisphenol A administered to a newborn rat resulted in hyperactive behavior.
Exposure to Bisphenol A is Widespread
- Bisphenol A is most commonly used to make clear polycarbonate plastic for consumer products, such as baby bottles. Through use, this plastic breaks down and leaches bisphenol A into liquids and food to which it comes into contact.
- The U.S. Centers for Disease Control and Prevention found bisphenol A in the urine of over 95% of people they tested.
- Alarmingly, the median level of bisphenol A in humans is higher than the level that causes adverse effects in animal studies.”
BPA is found in polycarbonate plastics, labeled #7 in the triangle recycling code stamped on the bottom of an item. Most Nalgene bottles are #7 plastic, as are most baby bottles. However, manufacturers are not required to list the type of plastic their items are made of. One website has taken the challenge of figuring out which baby bottles, sippy cups, and pacifiers are made out of this harmful plastic. (http://zrecs.blogspot.com/2007/11/z-report-bisphenol-in-baby-bottles-and.html) Some companies use polycarbonate in certain products and not others, and other companies will not even respond to inquiries to disclose this information. There are no regulations in place on this issue, so companies could change their products at any time and include polycarbonate plastics even if they currently do not use them. There are a handful of responsible companies who are concerned about the issue and are committed to not using polycarbonate plastics.
Pthalates – Pthalates are found in PVC products and are a human carcinogen. Toy manufacturers have been pressured in the past to stop using pthalates, but it remains in some toys and kitchen plastics and is a danger. Teethers, bath books, and other soft plastics can contain pthalates. Again, companies are not required to disclose the use of PVC in their products. PVC often has lead added for strength, is the least recyclable plastic, and poses numerous risks to the environment and human health.
What to do? When I try to wade through all this information on plastics and what is safe and what isn’t, it starts to get a little crazy! For example, one website lists that Glad Cling Wrap and Saran Wrap are supposedly safe, but one should avoid Reynolds Wrap because it is made of a different type of plastic…. and so on. I’m in the process of trying to figure out which plastics in our kitchen and toy box are safe and what isn’t. Many items aren’t labeled and that requires trying to contact the company for information on what type of plastic certain items are made of. I’m left wondering if the other types of plastic in my home are actually safe, or if the toxin just hasn’t been identified yet. Plastics are petroleum based and are filling up our landfills and oceans, which is another reason to avoid them. I’ve referenced an article below that talks about the sheer mass of plastics in the ocean and how its harming wildlife and humans.
This brings me to the practical steps that our family is taking. Research in these areas is ongoing and confusing at best. However, there are real dangers involved. We will continue to research and educate ourselves on these issues. Ideally, changes need to be made on a corporate level, but in the meantime we’ll start at home by making the best decisions we can based on the information we have. Some of these are clear choices, and some are goals that we are working towards. Replacing every plastic item in our home is unrealistic. Taking a closer look at what plastics we use in our kitchen and the toys that our children play with seems like a logical first step.
Kitchen- As far as kitchen plastics, we have removed numbers 3, 6, or 7, and will not be using items with those numbers. Plastics should not be used in the microwave, and we are looking into alternates for food storage containers, such as glass. Cling wrap is best avoided as well. I’m still trying to figure out which type of plastic many of our baby items are (bowls, soft tip spoons, cups, etc). We will be replacing anything that is found to be PVC or #7 plastic, and any future purchases (sippy cups, bibs, etc) will most likely not be plastic to avoid this issue entirely.
Toys- Based on what we have learned, we would like to avoid purchasing plastic toys altogether. We have already started eliminating some of what we have. While we are not throwing everything plastic out the window, in the long run we would like to be able to provide safer alternatives. Although this means that practically everything at places like WalMart and Target is off limits for our home, we are finding that this is a step that more and more families are taking given the recalls and the possible dangers (embedded lead, surface lead, PVC with pthalates, BPA).
Aside from eliminating plastic toys due to safety hazards, simplifying our lives a bit more by having less is another reason. We have a small living space and often feel cluttered as it is. Replacing a large number of plastic toys with a few higher quality play things will help us in more ways than one. Several brands offer non-toxic products, most of which are made of wood and other natural fibers. Some can be found at specialty toy stores and most can easily be ordered thru online retailers. Items such as books, music, and art supplies can still be purchased locally.
We are constantly researching and making the best decisions we can for our family. We appreciate your help and understanding as we work through all of this.
Resources
CNN article on body burden testing:
http://www.cnn.com/2007/TECH/science/10/22/body.burden/index.html
Article on PVC and pthalates:
http://www.ecomall.com/greenshopping/ftoys.htm
BPA:
http://www.thegreenguide.com/doc/114/bpa
BPA in specific sippy cups and bottles:
http://zrecs.blogspot.com/2007/11/z-report-bisphenol-in-baby-bottles-and.html
Plastics Guide:
http://www.healthobservatory.org/library.cfm?refid=77083
More about plastic containers, including specifics on what products to avoid:
http://www.thegreenguide.com/reports/product.mhtml?id=44&sec=3
Plastic Oceans:
Why Not to buy from
http://www.maplelandmark.com/imports.shtml
What to Do (specific steps to take in avoiding harmful plastics):
http://www.environmentcalifornia.org/environmental-health/stop-toxic-toys/toxics-fact-sheet
Sara’s Toy Box:
http://saras-toy-box.blogspot.com/
Sara’s Toy Box article on gift ideas from super stores:
http://saras-toy-box.blogspot.com/2007/11/gifts-ideas-from-super-stores.html
Article on Natural Toys
https://www.threesisterstoys.com/t-aboutnatural.aspx
Toy Websites:
Oompa.com
Threesisterstoys.com
Palumba.com
Magiccabin.com
Novanatural.com
Moolka.com
Rosiehippo.com
Atoygarden.com
A quote from palumba.com: “Toys made from natural materials such as wood, silk, wool or beeswax have a warm and honest quality. For example, a doll with a woolen body becomes warm in the embrace of a hug while synthetics remain cold. A wooden block has the weight that one expects to encounter when lifted. It tells a truth about the nature of the object whereas a plastic toy gives a false impression of weight and mass. Young children are learning about our world through their senses. It is our responsibility to provide an environment that tells the story of our world honestly.”








