More Pages: Anderson Page 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100


Makes me wanna shout!

We call ... Anderson delivers! A Gem!

Great book in every way, inspiring, motivational, humorous

At last, a linguist's critique of the Kensington Rune-stone!><> JJSJ, a college professor/Viking history lecturer


MORE THAN EXCELLENT -- A KEEPER!What is an author to do with 4 children and no wife?? Jack met Molly on vacation with their respective children in tow.
Molly has Cassie and Tom. And Jack has Seb, Amy, Philip and little Nicky. Be sure to find out how Jack acquires 4 children.
Amy and Cassie became best friends and so did Tom and Philip.
Seb, coming 15, wanted some of Jack's attention and little Nicky just wanted a mommy to love.
So they shared and blended their vacation and looking after the children. As the time passed Molly was losing her heart and Jack was just losing it.
Jack uses Molly as an inspiration for the characters in his book and she helps with the children to allow him to write.
Love - uncertaintity - and the drawing together of the children bring Jack and Molly together.
And, behold, a bonus -- or two -- Jack's book becomes a best seller and Nick's parents become honorary grandparents.
The story is great - it will certainly capture your attention and is worth rereading.


Great Teaching Tool

An Excellent begining book to an oustanding series!

A compelling look at a great, but very human, man.

very informative and thorough

A Must Read for Serious RunnersAnderson begins by offering the standard definition of LT and its relationship to running speed. He correctly reports that LT is the point at which lactate begins to accumulate in the blood in an amount greater than resting levels. This happens at a running speed that corresponds approximately to 15km pace. In other words, all running speeds slower than 15km pace are below LT. As your speed increases above 15km pace oxygen becomes increasing scarce, lactic acid is produced in your muscles and is removed to the bloodstream as lactate. (Note: Lactic acid and lactate are very similar, but not the same. However, in most scientific literature regarding LT, the two are considered synonymous.)
But what exactly is lactate? Anderson answers the question by first telling us what lactate is not: "Lactic acid doesn't produce burning sensations, it does not induce soreness, and it's not a form of metabolic garbage...." He further explains that "...lactic acid is produced by your body all the time, around the clock, even when you're at rest...." Then we're told what the compound really is: "During exercise, lactate is also an irreplaceable source of immediate energy for muscles and other tissues, so much so that enhancing your ability to process lactate can improve you race times rather dramatically." In other words, lactate is produced in the muscles, removed to the blood, and reused by other tissues in the body or returned to working muscles. This process of creation, removal, and reuse is known as the lactate shuttle. Hence, raising LT isn't just a matter of delaying lactate production, it's also a matter of clearing lactate from the blood when it appears.
It's an ironclad law of physiology that the further above LT you go, the sooner your exercise session will end. The obvious question, of course, is how do you improve LT. Anderson provides us with a bevy of workouts verified by recent research from exercise physiology labs around the world. Too numerous to list here (you'll have to read the book), most involve running at, above, or well above LT. This will be unwelcome news the junk-mileage crowd, who steadfastly cling to the notion that plodding endless miles will somehow make them faster. For the rest of us, the avalanche of scientific research produced since the late 1980s is clear and convincing. Intensity trumps volume. Speed matters at all distances. Maximal aerobic capacity (VO2max) is nearly impossible to improve in experienced endurance athletes. LT, on the other hand, can be improved in almost everyone, sometimes dramatically. These are the sound scientific principles that animate the pen of Anderson and make Lactate Lift-Off truly valuable resource.