Inflammation is big news these days in the research world, as studies increasingly point to chronic inflammation as a key role in cancers, as well as other chronic diseases. Now, the first science-based inflammation diet suggests that what you eat can increase or decrease inflammation and that, in turn, can affect your risk of colorectal cancer.
The research on the inflammation diet was presented at our conference today by Susan Steck at the University of South Carolina. We wrote about their Dietary Inflammatory Index here, as well as the new study on diet and colorectal cancer. Based on their index, here’s some anti-inflammatory foods (and pro-inflammatory) they found.
Though pumpkin has begun to take over the fall scene, there are many other fruits and vegetables to enjoy this time of year – all toting cancer protective nutrients. From apples to zucchini, here are three new ways to enjoy some familiar Autumn fruits and veggies.
Zucchini Fries: Instead of the usual roasted vegetable, give zucchini fries a try. They’re a great alternative to traditional fries and offer less calories and lots of flavor.
Making zucchini fries can be a bit of a tedious process, but the end result is well worth it.
To make “fries,” leave on the skin and cut the zucchini in half width-wise. Then cut it into quarter-inch “planks” length-wise. Dredge the fries in egg white, flour, and a mix of breadcrumbs and Parmesan cheese. You can substitute breadcrumbs for Panko crumbs for extra crispiness. Bake your fries at 400 degrees until they are golden brown and crispy on the outside. Serve warm with your favorite dipping sauce or plain. Your family will definitely ask for these again.
Mashing rutabaga and turnips: Both rutabagas and turnips offer a natural sweetness and are lighter than mashed potatoes, making a perfect mashed potato substitute for something different. Continue reading
Quick: what do tea, chocolate and coffee all have in common? There’s actually a lot they share – including many cancer-protective compounds – but for all who answered caffeine, that’s the big one.
Now a research team has sequenced a draft of the genome of the coffee plant, finding that the caffeine compound has probably evolved independently of tea or chocolate. The researchers sequenced the plant Coffea canephora, which reportedly accounts for almost a third of the world’s coffee production.
The study was published on Friday in Science.
In all, the scientists identified about 25,000 protein-producing genes in the plant. (Humans have approximately 21,000 genes.) When they compared the coffee genome to the DNA of tea and chocolate they found coffee’s caffeine enzymes are more closely related to other genes within the coffee plant than to caffeine enzymes in tea and chocolate.
Compared to the grape and tomato, the coffee plant contains larger families of genes that relate to the production of flavonoid and other compounds, which contribute to the smell of coffee and are studied for their health benefits. Continue reading