Posts from December 2006.

Carbon Reducing Cooking

If I only ate beans, then the world soil would be more nitrogen rich. I speculate, but don’t know, that eating nuts probably is a net negative carbon food, that is, more carbon is removed from the atmosphere then is added to the atmosphere on account of it’s production. My speculation is based on the idea that anything grown on a tree has to use a lot of carbon for the trunk of the tree and what not. Meanwhile, stuff like wheat just need a little bit of carbon to grow a big stalk of grass.

Of course there are a lot of obvious carbon reducing strategies, like buying local food, buying food in season, etc.

Vegetarian Protein and Strength Training

I’ve written on this before, somewhere, so I probably will end up repeating myself.

Seitan is my favorite source of vegetarian protein. Invented by Chinese monks, the modern recipe is flour with all the carbohydrates rinsed out of it, leaving just protein. The Japanese recipe, hence the Japanese name, has some soy sauce added to it. It pretty much works as a substitute for chicken and shredded beef. It barbeques and bakes a lot like the real thing. It is low fat, almost entirely protein. It costs $6 a pound which is about the same price as the better cuts of chicken at Whole Foods. Considering that meat is up to 80% fat by calories and Seitan is almost all protein by calories, I think seitan is the cheaper source of protein gram for gram.
The next best way to get more protein in the diet is by comparing and picking the higher of the two. I’m calling these secondary protein sources. You are going to be eating a variety of foods including some foods that are not exactly high protein foods, like say soup. When you have the choice between split pea or tomato soup, check the grams of protein per 100 and pick the higher. Same for potato chips, bread, etc. This is an effortless way to pickup a dozen grams of protein without resorting to the beans.

I recently tried this and discovered that in the chips aisle, most chips are 2 grams of protein per 30, and the most was 3 per 30, in a corn and black bean chip. Salsa has zero protein, bean dip had 3 per 30. Cereals with wheat gluten powder or soy flour had the most protein, cereal with peanut butter themes came in second. Lentil and split pea soup had the most protein, the rest of soups had much less.
Just getting enough calories helps. If you don’t get a full 2000+ calories a day, the protein you eat will probably be burn as fuel.

Protein is most useful just before and just after going to a gym when doing strength training. If there isn’t any protein in your blood stream, the protein will be burned as fuel. The most practical way to get a measured amount of protein in your blood stream just before a workout is to use powders. In no particular order:

Rice. Taste good, also vegan.
Soy. Vegan, but probably causes gas.
Egg White. Can’t remember if I’ve tried it before, but some professional vegetarian body builders make egg white their primary source of protein. I make my scrambled eggs with egg whites in any case.
Spirulina. The brand I tried was ok, although many other spirulina containing products can be down right inedible. It may be a few years before the world learns how to cook with single cell seaweed.
Whey. The Whole Foods Brand 365 I’m choking down right now is pretty disgustipating, but it is vegetarian.

Dairy works great as long as you have European ancestry and aren’t lactose intollerant. Fat free milk and yogurt are cool because both can be eaten straight or mixed with protein powders. Fat free dairy, on a gram per gram basis is one of the cheapest sources of vegetarian protein, at least at Whole Foods in Clarendon.

Almonds are the best source of protein among the nuts. Peanuts are technically a bean, but I’ll lump ‘em with the nuts. Peanuts definately are a cheaper source of protein than tree nuts.

Pumpkin seeds are the highest protein seeds.

Bottom on my list are the beans. There is lots of protein to be had, but eat enough beans and you’ll get gas. Chickpeas are one of the best non-soy beans, although the difference is more pronounced when looking at chickpea flour than comparing two cans of cooked beans. I’ve never seen Lupine or Chana Dal in a store, but both are top of the bean category for protein.

Soy is controversial. They science isn’t good enough to convince me to stop eating soybeans all together, after all, I suspect that house paint, house hold cleaning agents and other chemicals are probably doing me more harm than phytoestrogens. When there is a measurable epidemic among tofu eaters, I’ll start to worry. When I do buy soy products, like soy milk or tempeh (compressed soy cakes), I try to get the multigrain version when it exists. Likewise, fake meats, like fake

Still further down the list are mycoproteins (controversial and seems like they are only sold by one brand and whole foods)

Note on chart reading: You can arrive at very different opinions by how you read a chart. Peanuts are high in protein, but are also so rich, you’re unlikely to eat more than a serving, so the grams of protein in a serving can be more important than the grams of protein per 100, per cup, or per some other arbitrary measure. Eggs whites are another good example, liquid egg whites are much lower in protein than dried, but once the water is added back and the egg whites are used in a recipe, the statistics are the same again. Compare like to like and you can’t go too far wrong in picking the higher protein food.

I think an even better statistic would be calories of protein per 100. If you ate only one food, you’d get more protein by eating foods of a high protein percentage because we can only eat so many calories. In otherwords, if a hypothetical food was 20 grams of protein and 80 grams of water, and another was 20 grams of protein and 80 grams of fat and carbohydrates, you’d be able to eat more of the former before hitting your budgeted number of calories for the day.

More talk about vegetarian protein.

Movies on Windows Mobile 5.0/T-Mobile SDA

The media player is not really optimized for the device. It is not very intuitive and is just plain clunky. Who ever did the configuration gave up early. This is surprising because THREE dedicated buttons, and large ones at that, are give over to the media player.

The media player is not smart enough to look at the SD mini card when updating the library. (Update, you have to do a menu navigation to get the library to show SD files. Also, if a file disappears from the SD card, you have to manually run an ‘Update’ library command. Ugh.)

Putting a movie on the device is a real challenge. You have to get a non DRM’d movie, not easy. Then you have to re-encode it, using something like Nero Recode. Then you have to fiddle with the settings on Nero Recode. The process is rather slow. Re-encoding takes 15+ minutes, copying 1/2 GB to the device can take another 15-20 minutes. That is about 1 hour of media. So a day or two worth of train rides takes 1/2 an hour (a train rides worth) of time. These ratios are out of whack. Who is going to spend 1/2 an hour loading a media player with 1/2 hour of media play time? My iPod can snag me a week’s worth of podcasts in less than five minutes. Even the iPod’s downloading is easier, since the downloads are done overnight without me infront of the computer.

First I tried the default and a tiny picture, but flawless playback. I resized and re-encode to fill the 320×240 screen, and got good resolution, but lots of stops and starts. The device can’t read data off the card fast enough. So I tried again, 320×240, but a lower Kbps (lower quality settings). The quality was awful, the playback much less choppy, but still choppy. I’m thinking that the likely final solution will be using only a small patch of the screen to replay high quality, smooth playback, something like the default re-encoding settings. This is rather disappointing. What good is a big screen if you can’t replay media that uses the whole screen?

The other odd thing about the SDA is that each eye sees a different level of light from the screen. This must be the case all the time, but when watching moving images, it is really noticable.

I installed Windows Media Player 10 on my PC in the hopes that it would give me media synch capabilities, since I read someone had some success doing so. Unfortunately, WMP10 didn’t notice that my device was plugged in, although ActivieSynch knows it is plugged in. Grrr!

Windows Mobile 5.0 Experiences

I have a T-Mobile SDA Smartphone. It works great as a phone. The out of box applications could use some upgrading, so I’ve been looking for software.

I wanted to be able to read non-DRM’d LIT books, because on the pocket PC, the reader is generally beautiful. Microsoft amazingly doesn’t support the SDA and isn’t really all that sure that it supports Windows Mobile 5.0. So I’ve bought TinyReader to read LIT. The free TinyReader doesn’t read LIT and neither does Mobibook.

The MS Explorer browser is a mixed bag. In downtown Clarendon, if I can get signal at all, I can browse mostly text sites, but anything with a lot of fancy CSS either looks awful or crashes the browser. At Panera, sometimes I can connect and browse reasonably OK, albeit slow. At hotels, sometimes the redirect to the page that says, “I will not use this public access point for evil” fails. So I wish I had a better browser, or maybe an RSS reader instead.

I found one commercial RSS reader, but to enter new feeds, I have to type them on the phone. Programmers, you don’t seem to understand that it takes me literally hours to type a URL. I found an application that claims to allow me to use my computers keyboard when connected to the phone, but it costs big $$.

Some installs fail and I get an annoying ‘Low on memory’ message, but no suggestions on how to deal with it. My memory utility tells me the IPSM folder is full, but the SDA doesn’t have an IPSM folder, instead it has \Windows\AppMgr\Install, which appears to hold failed install files. These have to be deleted manually. This is not hitting-the-easy-button easy. This was very hard to discover. Also, some installs prompt me to install to card, some doen’t. If the install fails to prompt me to install to card, usually the install will fail, and if it doesn’t, I will get a device not supported error.

The .NET framework doesn’t seem to want to install to my T-Mobile SDA. I’ve tried all sorts of things, and it keeps fighting me.

The phone has a media player, which I am tempted to try to use, but not sure if I want to invest the time. After all, on my iPod, media just works. Except the movies, but that is another story.

Also, on a related note, I unlocked my Nokia phone, thanks to this site. And as of a few days ago it is now legal to do so! I will probably used my unlocked Nokia phone when I’m engaged in sports and stuff and don’t want my T-Mobile SDA to get crushed when I fall on it.