Wednesday, February 22, 2012

Wishful thinking..

In the hopes that my schedule will become less crazy in the weeks to come, I offer you this.

Here is a great example of how science can be twisted and warped to support a claim that may not be entirely true; luckily, someone was present to set the record straight.



You may have heard that a glass of wine contains beneficial compounds such as antioxidants, this is true, and apparently so does a bottle of whiskey. Unfortunately the beneficial effects of these compounds will be outweighed when one chooses to consume excessive amounts of either of these beverages. Additionally, the very same antioxidants as well as many others are also found in a variety of foods and beverages that have lesser negative effects.

~ anti - oxi - what now?? in a future post (when I have more free time) I plan to explain the role antioxidants play in protecting your cells, what they protect against, what this means for your overall health, what the heck antioxidants really are, and where you can find them. but this is all for now ~

Sunday, February 12, 2012

Expiration Date: 2004?!?!

I was taking some free time this weekend to clean up and rearrange a few things in my bathroom, this included my medicine cabinet where I found some OLD NyQuil and Sudafed that are waaay past their expiration date.

I decided to look up what I should do with them.
I have always heard that they should be flushed down the toilet, but I wasn't sure if that was wise. I live in a city so the water should go to a treatment plant to be cleaned, but what about those who have septic tanks/leeching fields and well water?

As it turns out, the FDA has a very helpful guide put together that instructs you to take advantage of your communities 'take-back' program where available. Many communities will host days where they will accept any and all expired medications and dispose of them safely for you.

They recommend only flushing medications if they specifically say on the package to do so, for most other medications the trash is best and to mix them up with something like coffee grounds. This is what I did with mine.


The Guidelines for Drug Disposal can be found here.

I hope this helps you safely discard your expired medications; remember to never consume expired drugs, especially if they are in liquid or gel cap form, and when in doubt always contact your doctor or pharmacist.

Sunday, December 11, 2011

Gentlemen, Nuke Your Sponges!!


In a recent MedHelp release about the 15 Places Germs Hide in Your Home, they suggest putting a damp kitchen sponge on a plate/bowl and microwaving it for 1 minute on high to disinfect. This struck me as a genius solution for a potentially sickening or expensive dilemma. It has also inspired me to post about sanitization and germ management.

To start off with I feel it is important to define the different levels of disinfection; you may not realize that to sanitize and to sterilize are not quite the same.

Microbe control can be divided into 3 categories:


Most people regularly clean their bathrooms more fastidiously than other areas of their house; meanwhile, they may be unknowingly leaving havens for germs untouched by their army of cleaning products.
As pointed out by the MedHelp article your dish sponge is one of the most bacteria rich places in your entire home; the soles of your shoes, the bottom of your purse, and infrequently washed kitchen areas are also high in bacteria.
However they failed to mention door knobs and handles, light switches, telephones, remote controls, and computer mice/keyboards; perhaps these represent numbers 16-20. Wrist watches, glasses, and belt buckles can also harbor our nasty little nemeses’.

They recommend microwaving things such as kitchen sponges in order to sanitize them; microwaves work by mobilizing water molecules to vibrate at very high rates to produce heat to cook food. This is a very clever use for that technology as far as I am concerned, but there are other ways, things like dish sponges can also be run through a cycle in the dishwasher to accomplish the same goal. The dishwasher is also a great tool for sanitizing cutting boards, coffee pot carafes and filter baskets, and just about anything that is made of hard plastic or metal and can withstand exposure to hot water.

Hard surfaces not intended for food preparation can be disinfected with wipes (made by Clorox or Lysol). These super-handy things can clean your tables (provided they are not a porous wood), doorknobs, light switches, phones, remotes, keyboards, faucets, soap dispensers, tile/laminate floors, glass mirrors/tabletops/screens and monitors, plastic cords and cables, stove knobs, fridge door handle, buttons of the microwave/television/alarm clock/other electronics, and much more.

For those items that may be harmed from exposure to excess moisture, or if you intend to do a more thorough cleaning of electronics, I recommend rubbing alcohol. A tissue held to the opening of a bottle of isopropyl alcohol while inverted or a q-tip dipped in a small cup of it can be a very useful tool for cell phones and deep cleaning your keyboard. Rubbing alcohol is convenient because it evaporates quickly and leaves no residue, but be careful because it can take the finish off of wood or remove certain coatings.

The CDC has also provided a document on sanitary practices for everyday disease prevention.

I hope this helps you kick your cleaning routine up a notch and has led you to be a bit more mindful of all the germ covered things we come in contact with everyday without even realizing it.

Wednesday, December 7, 2011

Whats in my food? #1: Flour


Sorry for the infrequent posting, but the life of a graduate student is an unpredictable one, and you just never know when you will have a chance to write.

In my last post I introduced the new topic “What’s in my food” and in this post we will be taking our first bite into the ingredients list on the back of your food package.

Why not start at the beginning? Water, we all know what that is, we all love it, and its pretty hard to consume enough of it to so any harm; though it is possible to die from water intoxication (check out this story about a woman who died from overdosing on water)

What’s next on the list? Flour for a lot of foods, again nothing to scary, we are all pretty familiar with this fluffy white powder, and many of us have a bag full sitting in the cabinet right now.
Flour is a starch made from grain and is typically used either as the main base for baked goods and the like, or used as a thickening agent (food glue). Sometimes multiple kinds of flours are used together.
However, food is not always made with the simple all purpose flour we all know, sometimes a substitute is used. Here’s a list of some other names that may be used for flour, or other ingredients that may be used in place of it (please note this is not a comprehensive list, but it is meant to give you an idea of how one thing can have many names):

Flour and its alternate names:
-          Flour
-          Enriched Flour
-          Bleached Flour
-          Wheat Flour
-          Barley Flour
-          Rice Flour
-          Corn Flour

Flour substitutes/things that are like flour:
-          whole wheat
-          whole grain wheat
-          wheat bran
-          wheat germ
-          whey
-          corn starch
-          modified corn starch
-          whey corn starch
-          corn meal
-          milled corn

As always if there are any questions, please leave me a comment; if you have an item to add to the list, you can leave a comment as well.

Thursday, September 15, 2011

What's in my food? (Intro)

Okay, after a short summer break, I finally have time to write some more; time for another new topic (don't worry, I have not forgotten about the others, I just want to mix it up a bit).

Topic number 3: What's in my food?

Most pre-packaged foods have a laundry list of ingredients, often starting with water, flour, and some form of sugar or a sugar substitute (something I will address in a future post) before they begin listing the ingredients you expected to find based on the front of the package. But what about all that stuff at the end? Is that stuff really necessary, it is just filler? What am I really putting into my body?

Well, many foods will show you in the Nutrition Facts how much they have of certain vitamins and minerals such as Vitamin A, C, D, and Calcium, Iron, etc. Typically, this is very helpful and informative; plus, these figures have to be somewhat accurate as required by the FDA. But, in the ingredients list they simply list in order of most to least, i.e. the things first on the list make up more of the food item than the things last on the list. This is helpful, yet ambiguous and many of the items on the list are things you may not recognize. I will be breaking it down for you and hopefully helping you become a more informed and healthier consumer.



We will start by looking at certain vitamins that are often included in your foods ingredient list that you may not recognize. We will look at what acids are used in foods, different preservatives, and anything else I can think of. And of course, if there is something specific you would like me to investigate please leave a comment and I will do my best!

Tuesday, June 14, 2011

Lactose Intolerance

Milk and other dairy products are not only delicious but they are an important part of a healthy diet, providing youir body with necessary nutrients like calcium and vitamin D. 
You or someone you know may have been told that they are lactose intolerant, and thus avoid drinking milk and eating dairy products.

This is a common easy solution to reduce the symptoms associated with the inability to digest dairy. But it is not the only option; many people can actually reverse their lactose intolerance. Let’s break it down….

Lactose is a sugar that is mainly found in milk, and is broken down by an enzyme called lactase or beta-galactosidase. 

~Sidenote: Terms that end with “–ase” are almost always enzymes - that is, a protein with catalytic activity to link two molecules together, break a molecule apart, or both. ~ Similarly, terms that end with “-ose” are almost always sugars (glucose, fructose, sucrose – but be careful because sucralose is not a sugar but an artificial sweetener) ~

There are three main causes for issues associated with milk consumption. The first and most severe is an allergy to cow milk. Milk Allergy is not the same as lactose intolerance, as this is an immune mediated response where the body mounts an allergic reaction to the proteins in milk. This can be caused by cow, goat, or even soy milk. 
The second is a genetic mutation causing Lactase Deficency. This means that your cells cannot produce enough lactase to breakdown the lactose from your diet. 
Third, the topic of this post, is a diet induced reduction in lactase production. In individuals with the genetic ability to form lactase, the enzyme levels may drop when they have not been consuming dairy on a regular basis. 
Simply put, the more lactose you consume – the more lactase you produce. If you eat milk products on a regular basis you will produce more lactase. (Here is a fun video that explains why: http://youtu.be/oBwtxdI1zvk)

When your body isn’t producing enough lactase to breakdown the amount of lactose you consume, you may exhibit symptoms characteristic of ‘lactose intolerance’. These symptoms often include indigestion, stomach upset, and gas, among other gastro-intestinal (GI) issues. As these can all be very uncomfortable and disruptive most people experiencing this will go to the doctor and are told they are lactose intolerant. They then restrict their lactose intake to prevent the symptoms. This is a good fix for someone who does not care for dairy, but those who still enjoy cheese, ice cream or other milk products might find the change difficult or upsetting.

There is hope however; since most healthy individuals have the capacity to change their lactase production. Many people who become lactose intolerant are those who have not eaten much dairy for a period of time and later, when they have some, they develop symptoms.
Therefore if you become lactose intolerant, you can reverse it! 
However, if you are allergic to milk or have a genetic deficency this method will be of no help and could be dangerous; this is for those who have the machinery to produce lactase, but have lowered their production by lowering their lactose ingestion.

It likely won’t be pleasant, and it will likely take a few weeks, but it can be done. The longer it has been since cutting back on dairy products the harder this will be.
It is truly simple too, just drink some milk, or eat some cheese/yogurt/ice cream, etc.
Make sure you start very slow with a half a glass or less a day. When a small amount of dairy no longer bothers you try increasing it a bit. Continue in this fashion until you stop experiencing the symptoms and body can produce enough lactase to breakdown the lactose you consume. 
One study provides evidence for including yogurt as a way to improve symptoms, since the bacteria in yogurt will help you break lactose down.
You may not be able to eat a grilled cheese sandwich a bowl of ice cream and a tall glass of milk all in one sitting, but you should be able to get to a point where you don’t need to worry about how much lactose you are consuming.

If your intolerance has persisted for a long time or is severe, only try this under physician supervision, and go very slowly, but eventually you should be able to eat your favorite dairy products again! If at any time you feel your symptoms are worsening or you no longer feel comfortable going this route, lower your dairy intake and call your doctor.

I want to stress the fact that those born without the ability to produce lactase, by genetic deficiency, cannot induce lactase production by consuming more lactose, for these individuals it would be a very unpleasant and potentially dangerous thing to attempt. It is also important to note that a cow milk allergy also cannot be altered this way, and consumption of dairy in these individuals is a very bad idea.

To reiterate one more time, increasing your dairy intake in the hopes of reversing lactose intolerance should only be attempted by those who have recently developed symptoms and who wish to be able to eat dairy on a regular basis.

For those of you who have not experienced lactose intolerance, you may be thinking, is there a way to prevent developing it? And simply, yes there is, unless you are genetically predisposed to lactase deficiency, or are allergic to milk, by maintaining some level of dairy intake you will continue to stimulate lactase production and prevent drops in enzyme levels.

I hope this is helpful, and I will answer any questions you may have on this topic.

Saturday, May 28, 2011

Fat #2: What is it used for in my body?

Your body requires fat to function, without any fat you would not be able to survive.
All mammal cells are surrounded by a membrane, known ads the phospho lipid bi-layer, it is 2 layers of phosphates with fatty acids attached. These membranes also contain cholesterol, proteins, and carbohydrates. Every single cell in your body needs fat in order to survive.

~Hydro-what now?? Hydrophobic and hydrophilic are used to describe how atoms and molecules behave in water. Hydro- is the prefix for water, -phillic means something likes water or is easy to mix in water, -phobic means something does not like water (is afraid) and is not easy to mix in water. Examples of hydrophilic things: vinegar, alcohols, fruit juices. Examples of hydrophobic things: oil, fats. Some things can be mixed with both oils and waters depending on their charge and the pH of the solution.~

This membrane structure is important because it is ‘selectively permeable’ to different ions, molecules, and compounds. Things your cells need, like water and ions can freely cross because of their charge and how they interact with the hydrophobic fats. Similarly large molecules such as peptides cannot cross because they do not behave in a manner that allows them to co-exist with both hydrophobic and hydrophilic environments.

When the amount of energy you intake (in the form of sugars, carbohydrates, or fats) exceeds the amount of energy you expend (by doing daily activities, exercising, excreting) your body stores the energy for later use. Your liver converts these energy molecules to free fatty acids and binds 3 of them together with a glycerol molecule and that body cans store. This is called a triglyceride, as mentioned in the last post, and is primarily found in fat cells. These cells have the same membrane as other cells in your body but lack some other organelles, they are basically just a droplet of fat surrounded by a membrane.

Next time we will discuss where in your body you should have fat, how much is healthy and how much is too much.