trjones,
OMG THAT IS AWESOME PROGRESS!! Don't give up... plateaus are normal -- I lost 50 lbs but only after numerous plateaus which I found the best was 'shaking' things up -- eat less/eat more; more volume/less volume, more intensity/less intensity, cardio/no cardio, sleep more/relax more, etc. Shake it up. Don't fret.
At my DCF xfit gym, in 2008 Zuckerman told us he was almost out of the military (?Army) without the weight achievement, kinda like your situation. Here he is (and on the front pg of the blog he's the tall guy in glasses first in line jogging w/a wallball). He lost a TON OF WEIGHT, met all the military weight restrictions, and kept it off:
http://www.diablocrossfit.com/archives/cat_rants_and_statements.php http://diablocrossfit.com/
It sounds like you are increasing volume and glycolytic activity. Personally I had marginally adrenal function then with ketotosis (intermitten fasting and/or VLC 20 grams/day carbs), it stalled my fat loss (by increase IR, insulin resistance) and worse it fatigued my adrenal function further.
Poliquin the most comprehensive carb guideline which I like which is based on glycolytic activity and # reps. Have you heard of him? He's paleo and trains Olympic and elite athletes by optimizing hormones. He is basically an integrative practitioner like the ones I often advocate for the best health. He's low carb paleo and balanced by exercise demands and strength/conditioning performance and gains (and to prevent adrenal burnout!!). Time is opportunities and $$$$. He's like Kruse and does this for a living. He fixes adrenals and I've been reading him for a while. You might like I think. The supps and testing are from paleo integrative nutri companies... fyi.
Points #8-10 I think will accelerate your gains and fat loss:
Charles Poliquin Top 10 Carb Rules
(8) The Best Time to Load Up On Carbs is the First Ten Minutes
Following Your Workout Insulin
sensitivity is at its highest after a
workout making this the critical time
to take in carbs to maximize muscle
mass gains. Originally, based on the
research that was available at the
time, I typically recommended two g/kg
of bodyweight. Over the years, after
being exposed to more research and
discussing it with my colleagues, I
have come to the conclusion that it
should be a reflection of the training
volume for the training session. The
greater the number of reps per
training unit, the greater the
carbohydrate intake.
Of course, all reps are not equal. A
squat or deadlift repetition is more
demanding than a biceps curl or
triceps extension rep. By the same
token, three reps of slow tempo
squats has a different caloric demand
than three reps of the power clean. As
a general rule, I would recommend the
following carbohydrate intake based on
training volume for a given workout:
>
* 12-72 reps per workout: 0.6 g/kg/lean body mass (lbm)
> * 73-200
reps per workout: 0.8 g/kg/lbm
> *
200-360 reps per workout: 1.0 g/kg/lbm
> * 360-450 reps per workout: 1.2
g/kg/lbm
Take note that these recommendations
are based on lean body mass, not your
weight. To calculate lean body mass
you need to know your lean mass
percentage (or body fat percentage and
subtract that number from 100). Then
multiply this percent by your body
mass and you’ll get your lean body
mass.
Regarding the source of carbohydrates
post-workout, I have experimented with
various sources and I prefer fruit
juices with a high glycemic index such
as pineapple or grape to provide 15 to
20 percent of the carbs, with the rest
of the carbs coming from carbohydrate
powders. The powder should contain
various types of maltodextrin and a
minimal quantity of ribose. For
variety, I use different types of
juice such as a berry blend. You can
also use any type of mushy fruit like
bananas or peaches. For seriously
underweight athletes, I may use more
pineapple juice and/or corn flakes to
drive the glycemic index upwards.
Instead of using maltodextrin, you can
also use desiccated honey.
>
(9) Use Supplements That Promote Insulin Sensitivity with High-Carb
Post-Workout Meals A number of
supplements support glucose uptake and
promote insulin sensitivity, including
nutrients such as taurine, arginine,
magnesium, and R-form alpha lipoic
acid. Adding them to your post-workout
meal will help send glucose to muscle
cells instead of fat cells.
Indeed, a review from the journal
Biological Trace Element Research
reports that magnesium plays an
important role in carbohydrate
metabolism, while influencing the
activity of hormones that control
blood glucose levels. Low magnesium
can cause insulin resistance, which
may result in the kidneys being unable
to retain magnesium during episodes of
hyperglycemia, creating a downward
spiral of magnesium deficiency, fat
gain, and subsequently diabetes.
Many herbs such as American ginseng,
fenugreek, and bitter melon also
facilitate glucose uptake by muscle
cells. Research shows that adding
fenugreek to a whole wheat bread will
result in greater insulin sensitivity
and more glucose uptake than consuming
whole wheat bread without fenugreek.
Similar results were evident when flax
was added to a wheat chapatti,
indicating flax may be a good addition
as well.
(10) Add Protein to Your Post-Workout Carb Meal Protein is a
critical part of post-workout
nutrition because your muscles are
primed for feeding and need amino
acids for peak recovery. Essential
amino acids (EAAs), particularly the
branched-chain amino acids (BCAAs),
have been shown to trigger protein
synthesis and fat loss. Taking BCAAs
will also allow you train harder and
longer because the amino acids enhance
fat oxidation and research shows that
individuals with a higher BCAA intake
in their diets have lower body weight
and better body composition.
Taking as much as 40 grams of EAAs
after heavy training results in an
anabolic shift from muscle protein
degradation to protein synthesis. I
suggest using 15 grams of protein for
every 50 lbs of bodyweight—you will
increase glycogen storage by as much
as 40 percent, and will boost release
of the anabolic hormone, IGF-1.
Please keep us up dated with your discoveries. Good luck!
G