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process to safely regulate bile acids and steroid hormones to levels that are not likely to progress to cancer. In other scientific studies, D-glucarate has been shown to inhibit the growth of cancer cells. Not surprisingly then, high levels of D-glucarate in the blood are associated with a decreased risk of cancer and low levels with increased risk. D-glucarate has also been shown to lower triglycerides, total cholesterol, LDL, and vLDL (the so-called bad cholesterols), while not affecting HDL (the so-called good cholesterol). And in studies of both humans and animals, no toxicity has been associated with the consumption of D-glucarate. The significant role D-glucarate and other phytochemicals appear to play in the xenobiotic detoxification will be discussed throughout this book.

To simulate realistic lighting on the mallets, we resorted to a classic trick. If we center the light on the table, we can fake the direction of the light by rotating the mallets based on their position relative to the center (as shown in Figure 5-6). This will make the mallets highlights and shadows appear to respond realistically to the light.

Wrapper: To add functionality to an object without extending its class +: I = 1CO(Ii)+2O(1Ii) ^ x = 1COFf (If)+2OFf (1OI f)

In Listing 5-3, you ll learn how to rotate sprites relative to the center of the playing area to simulate a central light source.

Singleton: To limit a class to one instance +: 1O, I = 1!F(Ii) ^ I = 1!F(Ii)

- (void)step: (ccTime) delta { // snip... // handle the rotation of the pucks to emulate // the effect of a light source cpVect newPosition; // find the center of the stage CGRect wins = [[Director sharedDirector] winSize]; cpVect centerPoint = cpv(wins.size.width/2, wins.size.height/2); // rotate player 1 newPosition = cpvsub(centerPoint, player1->p); [(Sprite*) p1_shape->data setRotation:90 RADIANS_TO_DEGREES(cpvtoangle(newPosition))]; // rotate player 2 newPosition = cpvsub(centerPoint, player2->p); [(Sprite*)p2_shape->data setRotation: 90 RADIANS_TO_DEGREES(cpvtoangle(newPosition))]; }

1SF = Singleton.instance Template: To define a process skeleton x = 1CF1(Ii)+1CF2(1Ii) 1CF1 = Template/Completion.functionManager 1CF2 = .function Memento: To create a snapshot of an object s state so that it can be restored +: I = 1OF1(1i)+2OF1(1OI) ^ 0 = 2OF2(1OF2(I))

Antioxidant detoxification involves deactivating or destroying what are known as oxygen reactive species, the most significant category of which is free radicals. At the risk of oversimplification, free radicals can be thought of as very unstable electric charges sparks that if not properly controlled can set up extremely serious toxic conditions within the body. Free radicals can be generated by environmental factors such as exposure to cigarette smoke and other pollutants or created from internal reactions such as mitochondrial respiration (the use of oxygen to generate energy), by-products of chemical metabolism, inflammation from strenuous exercise or physical work, and the intake of too many calories. Excessive free radicals rob electrons from normal, healthy tissue creating potentially serious damage at the cellular level. Even more profound, we have recently realized that unchecked free radicals can modify DNA structure, possibly leading to mutations and altered gene programming that can initiate the cancer process. Parkinson s disease, cataracts, artherosclerosis, sperm abnormalities, emphysema, sickle cell anemia, abnormal aging, and stroke are all significantly linked to excessive free radicals in the body. Fortunately, free radicals can be destroyed by these elements: specific antioxidant enzymatic reactions antioxidants, which are found in a wide variety of foods and are even produced by the body itself certain phytochemicals with antioxidant properties, including flavonoids, sulfur-containing compounds such as those in onions, terpenoids from herbs and spices, and certain vitamins and minerals

We first find the center of the stage by cutting the main window s width and height in half. For each player, we subtract the mallet s position from the center point and use that to calculate the angle with cpvtoangle, using the result to set the rotation of the sprite. We call the standard OpenGL RADIANS_TO_DEGREES macro to convert from radians returned by cpvtoangle into the degrees passed to setRotation.

1SF1 = StateManager.createMemento 1SI = .state 2SF1 = Memento.takeState 1SF2 = .takeCurrentState 2SF2 = .giveState Adapter: To enable incompatibly interfaced classes to interact x = 2OF(1COF(Ii)) x = 1CF2(1MF1(Ii)) 1CF = Direct/Indirect.direct 2SF = Original.original 1MF1 = Direct.direct 1CF2 = OriginalType/Original.original Constructor: To vary other classes instantiation through the creator s extensions 2CO, I = 1CF(U) 1CF = ObjectManagerType/ObjectManager.newObject 2C = ObjectType/Object