Hi GYS,
Thanks for you astute observations and evidence based comments. Your's
is the kind of discourse I was hoping to find in this group, but have
mostly been very disappointed.
Last night I spent two hours on a detailed response only to find it
lost in Cyberspace. I'm sure you've all had that experience and its
quite frustrating so I have to expedite my remarks. Please forgive my
brevity. (I gota get to work.)
I would also like to say Hi to Wes. He also seem interested in real
discourse and I'll try to have my remarks cover his comments also..
My statements: (Please read all nine points). The bulk of the
references are at the end of the post.
1. I am not or have ever been a member of PETA or PRCN. I could care
less about their agendas. The Atkins episode and PRCN is atrocious and
if true I agree with your outrage, especially if they didn't
applogize. If anyone still accuses or implies that I have any
connection or sympathy with these groups after reading this "May you
die a slow and painfull death".
2. I do not dispute the great results reported in this group with the
LowCarb and displined metering approach. You guys have outstanding
and inspiring results. It I were you or Wes I doubt wouldn't change a
thing. I am not trying to convert anyone. Personally I perfer to eat a
Low Carb/Hi Protein diet. I much Salmon and Salid to Rice and Beans.
3. The "Barnard Study" has been critisized as regards its integrety.
As I have pointed out numerous times this should be demonstrated and
not assumed to be true. Its in a peer review publication and its
protcol approved by a reptuable body. If anyone is claiming that this
study is bogus because Benard is involved without any further proof I
cannot continue the discussion in this group. At that point our
discourse has degenerated where discussions are no longer possible. If
you claim that my source has bad methodology or bad data without some
sort of proof, then I can claim the same about your data and we get
nowhere. Ofcourse if you've got substantiation that the data is bad
thats a different story. Here's the details on the oversite and
funding for the study:
The protocol was supervised and approved by "George Washington
University Institutional Review Board" and funded by "The National
Institute of Diabetes, Digestion and Kidney Disease" and the
National
Action Research and Education Foundation". Neither of these groups
would risk sullying their repution by fascifngy or jimmying data to
for an agenda.
4. The Barnard study has been criticizsed by both Wes,GYS and OzyGirl
on the grounds that the ending A1C levels were nothing to brag about.
And I agree, especially considering what some of the folks in this
group report.
What cannot be disputed though is that the High Carb/Lower Fat group
did better, significanly better (when kept on same drugs) than the
Lower Carb/Higher Fat group.
Also please keep in mind that the none of the subjects in the Barnad
were allowed to burn significant calories in exercise. They did this
to remove exercise as a comfounder. The numbers might have been
alittly better otherwise.
5. My criticism of the Barnard study in that we don't know what the
subjects really ate. In fact the High Carb group was supposed to keep
their fat levels <15%, but were accepted if their food reports went up
to 25% (at that point were not even low fat anymore in my opinion).
And this was acertained by phone reports, what they really ate might
have been even higher fat.
6.What we need is a "Metabolic Ward Study", that is a study where we
put the subjects in jail (so to speak) and control exactly what they
eat.
Here's a study of 20
Insulin dependant men keep in a metabolic ward
(hospital) and feed a HIGH CARB/LOW FAT diet. Insulin needs decreased
from 26 units to 11 units. Nine subjects that needed 15 - 20 units of
insulin need none at the end of the study and 2 patients that needed
32 units of insulin needed none after 16 DAYS, without any weight
loss.
Am J Clin Nutr. 1979 Nov;32(11):2312-21
High-carbohydrate, high-fiber diets for insulin-treated men with
diabetes mellitus.Anderson JW, Ward K.
The effects of high-carbohydrate, high plant fiber (HCF) diets on
glucose and lipid metabolism of 20 lean men receiving insulin therapy
for diabetes mellitus were evaluated on a metabolic ward. All men
received control diets for an average of 7 days followed by HCF diets
for an average of 16 days. Diets were designed to be weight-
maintaining and there were no significant alterations in body weight.
The daily dose of insulin was lower for each patient on the HCF diet
than on the control diet. The average insulin dose was reduced from 26
+/- 3 units/day (mean +/- SEM) on the control diets to 11 +/- 3 (P
less than 0.001) on the HCF diets. On the HCF diets, insulin therapy
could be discontinued in nine patients receiving 15 to 20 units/day
and in two patients receiving 32 units/day. Fasting and 3-hr
postprandial plasma glucose values were lower in most patients on the
HCF diets than on the control diets despite lower insulin doses. Serum
cholesterol values dropped from 206 +/- 10 mg/dl on the control diets
to 147 +/- 5 (P less than 0.001) on the HCF diet; average fasting
serum triglyceride values were not significantly altered on the HCF
diets. These studies suggest that HCF diets may be the dietary therapy
of choice for certain patients with the maturity-onset type of
diabetes.
PMID: 495550 [PubMed - indexed for MEDLINE]
7. Here's a recent metabolic ward study that looked 31 Obese men fed
Low Fat (<15) HighCarb diet for 3 weeks.
Although weight overall was slight, average Insulin Sensitivity was
increased 30%.
http://jap.physiology.org/cgi/reprint/01292.2005v1
8. Please note that for these diets to work(according to its
supporters) the fat content of the diet must be very, very low <15.
That means No Nuts, No oils (of any kind), No avacados, No olives. The
idea behind this is the a certain kind of fat stored in muscles tisuse
called intramyocellular lipid. This fat is thought to be responsible
for insulin resistance. Please note that this is not viseral or
subcutaneous fat. If the Carbs in the diet are increased (according to
this theory) without reducing fat and thereby reducing
intramyocellular lipid, glycemic control will worsen. Thats the theory
anyway. Here's the support:
Veganism and its relationship with insulin resistance and
intramyocellular lipid.Goff LM, Bell JD, So PW, Dornhorst A, Frost
GS.
Nutrition and Dietetic Research Group, Metabolic Medicine,
Investigative Science, Faculty of Medicine, Imperial College
Hammersmith Hospital Campus, London, UK.
OBJECTIVE: To test the hypothesis that dietary factors in the vegan
diet lead to improved insulin sensitivity and lower intramyocellular
lipid (IMCL) storage. DESIGN: Case-control study. SETTING: Imperial
College School of Medicine, Hammersmith Hospital Campus, London, UK.
SUBJECTS: A total of 24 vegans and 25 omnivores participated in this
study; three vegan subjects could not be matched therefore the matched
results are shown for 21 vegans and 25 omnivores. The subjects were
matched for gender, age and body mass index (BMI). INTERVENTIONS: Full
anthropometry, 7-day dietary assessment and physical activity levels
were obtained. Insulin sensitivity (%S) and beta-cell function (%B)
were determined using the homeostatic model assessment (HOMA). IMCL
levels were determined using in vivo proton magnetic resonance
spectroscopy; total body fat content was assessed by bioelectrical
impedance. RESULTS: There was no difference between the groups in sex,
age, BMI, waist measurement, percentage body fat, activity levels and
energy intake. Vegans had a significantly lower systolic blood
pressure (-11.0 mmHg, CI -20.6 to -1.3, P=0.027) and higher dietary
intake of carbohydrate (10.7%, CI 6.8-14.5, P<0.001), nonstarch
polysaccharides (20.7 g, CI 15.8-25.6, P<0.001) and polyunsaturated
fat (2.8%, CI 1.0-4.6, P=0.003), with a significantly lower glycaemic
index (-3.7, CI -6.7 to -0.7, P=0.01). Also, vegans had lower fasting
plasma triacylglycerol (-0.7 mmol/l, CI -0.9 to -0.4, P<0.001) and
glucose (-0.4 mmol/l, CI -0.7 to -0.09, P=0.05) concentrations. There
was no significant difference in HOMA %S but there was with HOMA %B
(32.1%, CI 10.3-53.9, P=0.005), while IMCL levels were significantly
lower in the soleus muscle (-9.7, CI -16.2 to -3.3, P=0.01).
CONCLUSION: Vegans have a food intake and a biochemical profile that
will be expected to be cardioprotective, with lower IMCL accumulation
and beta-cell protective.
PMID: 15523486 [PubMed - indexed for MEDLINE]
Association of increased intramyocellular lipid content with insulin
resistance in lean nondiabetic offspring of type 2 diabetic
subjects.Jacob S, Machann J, Rett K, Brechtel K, Volk A, Renn W,
Maerker E, Matthaei S, Schick F, Claussen CD, Haring HU.
Department of Endocrinology and Metabolism, University of Tubingen,
Germany.
Insulin resistance plays an important role in the pathogenesis of type
2 diabetes; however, the multiple mechanisms causing insulin
resistance are not yet fully understood. The aim of this study was to
explore the possible contribution of intramyocellular lipid content in
the pathogenesis of skeletal muscle insulin resistance. We compared
insulin-resistant and insulin-sensitive subjects. To meet stringent
matching criteria for other known confounders of insulin resistance,
these individuals were selected from an extensively metabolically
characterized group of 280 first-degree relatives of type 2 diabetic
subjects. Some 13 lean insulin-resistant and 13 lean insulin-sensitive
subjects were matched for sex, age, BMI, percent body fat, physical
fitness, and waist-to-hip ratio. Insulin sensitivity was determined by
the hyperinsulinemic-euglycemic clamp method (for insulin-resistant
subjects, glucose metabolic clearance rate [MCR] was 5.77+/-0.28 ml x
kg(-1) x min(-1) [mean +/- SE]; for insulin-sensitive subjects, MCR
was 10.15+/-0.7 ml x kg(-1) x min(-1); P<0.002). Proton magnetic
resonance spectroscopy (MRS) was used to measure intramyocellular
lipid content (IMCL) in both groups. MRS studies demonstrated that in
soleus muscle, IMCL was increased by 84% (11.8+/-1.6 vs. 6.4+/-0.59
arbitrary units; P = 0.008 ), and in tibialis anterior muscle, IMCL
was increased by 57% (3.26+/-0.36 vs. 2.08+/-0.3 arbitrary units; P =
0.017) in the insulin-resistant offspring, whereas the
extramyocellular lipid content and total muscle lipid content were not
statistically different between the two groups. These data demonstrate
that in these well-matched groups of lean subjects, IMCL is increased
in insulin-resistant offspring of type 2 diabetic subjects when
compared with an insulin-sensitive group matched for age, BMI, body
fat distribution, percent body fat, and degree of physical fitness.
These results indicate that increased IMCL represents an early
abnormality in the pathogenesis of insulin resistance and suggest that
increased IMCL may contribute to the defective glucose uptake in
skeletal muscle in insulin-resistant subjects.
PMID: 10331418 [PubMed - indexed for MEDLINE]
A high-fat diet coordinately downregulates genes required for
mitochondrial oxidative phosphorylation in skeletal muscle.Sparks LM,
Xie H, Koza RA, Mynatt R, Hulver MW, Bray GA, Smith SR.
Pennington Biomedical Research Center, 6400 Perkins Road, Baton Rouge,
LA 70808, USA.
Obesity and type 2 diabetes have been associated with a high-fat diet
(HFD) and reduced mitochondrial mass and function. We hypothesized a
HFD may affect expression of genes involved in mitochondrial function
and biogenesis. To test this hypothesis, we fed 10 insulin-sensitive
males an isoenergetic HFD for 3 days with muscle biopsies before and
after intervention. Oligonucleotide microarray analysis revealed 297
genes were differentially regulated by the HFD (Bonferonni adjusted P
< 0.001). Six genes involved in oxidative phosphorylation (OXPHOS)
decreased. Four were members of mitochondrial complex I: NDUFB3,
NDUFB5, NDUFS1, and NDUFV1; one was SDHB in complex II and a
mitochondrial carrier protein SLC25A12. Peroxisome proliferator-
activated receptor gamma coactivator-1 (PGC1) alpha and PGC1beta mRNA
were decreased by -20%, P < 0.01, and -25%, P < 0.01, respectively. In
a separate experiment, we fed C57Bl/6J mice a HFD for 3 weeks and
found that the same OXPHOS and PGC1 mRNAs were downregulated by
approximately 90%, cytochrome C and PGC1alpha protein by approximately
40%. Combined, these results suggest a mechanism whereby HFD
downregulates genes necessary for OXPHOS and mitochondrial biogenesis.
These changes mimic those observed in diabetes and insulin resistance
and, if sustained, may result in mitochondrial dysfunction in the
prediabetic/insulin-resistant state.
PMID: 15983191 [PubMed - indexed for MEDLINE]
The take home message of the above is that if High Carbs and High Fats
do not mix!!
9. Here's general support for the High Carb/Low Fat approach.
High carbohydrate-high fibre diets in poorly controlled diabetes.
Lousley SE, Jones DB, Slaughter P, Carter RD, Jelfs R, Mann JI.
Fifteen non-insulin-dependent diabetic patients with persistently
elevated blood glucoses despite high doses of oral hypoglycaemic
agents, were randomly allocated to a high carbohydrate-high fibre diet
(HC) or a reinforced low carbohydrate diet (LC). After six weeks the
diets were reversed for a similar period. Immediately preceding the
study and at the end of each dietary period 24-h biochemical profiles
were performed. In the 11 patients who completed the study, fasting
and preprandial glucose, percentage glycosylated haemoglobin, VLDL
cholesterol and mean 24-h triglycerides were significantly lower on HC
than on LC or during the initial profile on their usual diet. There
was no significant difference in any of the measurements on LC
compared with the usual diet. Previous studies of high carbohydrate-
high fibre diets in diabetes have been carried out in relatively well-
controlled patients. These data show that poorly controlled non-
insulin-dependent patients have an even more striking response.
Publication Types:
Comparative Study
Research Support, Non-U.S. Gov't
PMID: 6100938 [PubMed - indexed for MEDLINE]
Toward improved management of NIDDM: A randomized, controlled, pilot
intervention using a lowfat, vegetarian diet.Nicholson AS, Sklar M,
Barnard ND, Gore S, Sullivan R, Browning S.
Physicians Committee for Responsible Medicine, Georgetown University
Medical Center, Washington, DC, USA.
OBJECTIVE: To investigate whether glycemic and lipid control in
patients with non-insulin-dependent diabetes (NIDDM) can be
significantly improved using a low-fat, vegetarian (vegan) diet in the
absence of recommendations regarding exercise or other lifestyle
changes. METHODS: Eleven subjects with NIDDM recruited from the
Georgetown University Medical Center or the local community were
randomly assigned to a low-fat vegan diet (seven subjects) or a
conventional low-fat diet (four subjects). Two additional subjects
assigned to the control group failed to complete the study. The diets
were not designed to be isocaloric. Fasting serum glucose, body
weight, medication use, and blood pressure were assessed at baseline
and biweekly thereafter for 12 weeks. Serum lipids, glycosylated
hemoglobin, urinary albumin, and dietary macronutrients were assessed
at baseline and 12 weeks. RESULTS: Although the sample was
intentionally small in accordance with the pilot study design, the 28%
mean reduction in fasting serum glucose of the experimental group,
from 10.7 to 7.75 mmol/L (195 to 141 mg/dl), was significantly greater
than the 12% decrease, from 9.86 to 8.64 mmol/L (179 to 157 mg/dl),
for the control group (P < 0.05). The mean weight loss was 7.2 kg in
the experimental group, compared to 3. 8 kg for the control group (P <
0.005). Of six experimental group subjects on oral hypoglycemic
agents, medication use was discontinued in one and reduced in three.
Insulin was reduced in both experimental group patients on insulin. No
patient in the control group reduced medication use. Differences
between the diet groups in the reductions of serum cholesterol and 24-
h microalbuminuria did not reach statistical significance; however,
high-density lipoprotein concentration fell more sharply (0.20 mmol/L)
in the experimental group than in the control group (0.02 mmol/L) (P <
0.05). CONCLUSION: The use of a low-fat, vegetarian diet in patients
with NIDDM was associated with significant reductions in fasting serum
glucose concentration and body weight in the absence of
recommendations for exercise. A larger study is needed for
confirmation. Copyright 1999 American Health Foundation and Academic
Press.
PMID: 10446033 [PubMed - indexed for MEDLINE]
Effect of high protein vs high carbohydrate intake on insulin
sensitivity, body weight, hemoglobin A1c, and blood pressure in
patients with type 2 diabetes mellitus.Sargrad KR, Homko C, Mozzoli M,
Boden G.
Nutrition Center, Department of Bioscience and Biotechnology, Drexel
University, Philadelphia, PA 19104, USA.
ksargrad@drexel.edu
BACKGROUND: Extremely low carbohydrate/high protein diets are popular
methods of weight loss. Compliance with these diets is poor and long-
term effectiveness and the safety of these diets for patients with
type 2 diabetes is not known. OBJECTIVE: The objective of the current
study was to evaluate effects of less extreme changes in carbohydrate
or protein diets on weight, insulin sensitivity, glycemic control,
cardiovascular risk factors (blood pressure, lipid levels), and renal
function in obese inner-city patients with type 2 diabetes. DESIGN:
Study patients were admitted to the General Clinical Research Center
for 24 hours for initial tests including a hyperinsulinemic-euglycemic
clamp (for measurement of insulin sensitivity), bioelectrical
impedance analysis (BIA) and anthropometric measurements (for
assessment of body composition), indirect calorimetry (for measurement
of REE), electronic blood pressure monitoring, and blood chemistries
to measure blood lipids levels along with renal and hepatic functions.
Six patients with type 2 diabetes (five women and one man) were
randomly assigned to the high-protein diet (40% carbohydrate, 30%
protein, 30% fat) and six patients (four women and two men) to the
high-carbohydrate diet (55% carbohydrate, 15% protein, 30% fat). All
patients returned to the General Clinical Research Center weekly for
monitoring of food records; dietary compliance; and measurements of
body weight, blood pressure, and blood glucose. After 8 weeks on these
diets, all patients were readmitted to the General Clinical Research
Center for the same series of tests. INTERVENTION: Twelve study
patients were taught to select either the high-protein or high-
carbohydrate diet and were followed for 8 weeks. MAIN OUTCOME
MEASURES: Insulin sensitivity, hemoglobin A1c, weight, and blood
pressure were measured. STATISTICAL ANALYSES: Statistical significance
was assessed using two-tailed Student's t tests and two-way repeated
measures analysis of variance. RESULTS: Both the high-carbohydrate and
high-protein groups lost weight (-2.2+/-0.9 kg, -2.5+/-1.6 kg,
respectively, P <.05) and the difference between the groups was not
significant (P =.9). In the high-carbohydrate group, hemoglobin A1c
decreased (from 8.2% to 6.9%, P <.03), fasting plasma glucose
decreased (from 8.8 to 7.2 mmol/L, P <.02), and insulin sensitivity
increased (from 12.8 to 17.2 micromol/kg/min, P <.03). No significant
changes in these parameters occurred in the high-protein group,
instead systolic and diastolic blood pressures decreased (-10.5+/-2.3
mm Hg, P =.003 and -18+/-9.0 mm Hg, P <.05, respectively). After 2
months on these hypocaloric diets, each diet had either no or minimal
effects on lipid levels (total cholesterol, low-density lipoprotein,
high-density lipoprotein), renal (blood urea nitrogen, serum
creatinine), or hepatic function (aspartate aminotransferase, alanine
aminotransferase, bilirubin).
PMID: 15800559 [PubMed - indexed for MEDLINE]
High carbohydrate, high fiber diets for patients with
diabetes.Anderson JW.
Thirty-three insulin-treated men with diabetes were hospitalized on a
metabolic ward and fed control diets (43% carbohydrate) for 6 to 11
days followed by high carbohydrate (70%), high fiber (HCF) diets for
12-35 days. Fasting blood glucose, cholesterol and triglyceride values
were significantly lower on HCF diets than on control diets despite
significantly (p less than 0.01) lower insulin doses on the HCF diets.
HCF diets were accompanied by increased insulin sensitivity and by
binding of insulin by monocytes. Patients who responded well to the
diet in the hospital have maintained comparable glucose, cholesterol
and triglyceride values as well as lower insulin doses for an average
of 20 months on maintenance diets (60% carbohydrate). The high
carbohydrate and low fat content of these HCF diets seem to play the
predominant role in the improved glucose metabolism of these patients
whereas the high plant fiber content may be responsible for the
reduction in serum cholesterol and triglyceride values. These studies
suggest that HCF diets may have an important place in the management
of patients with the maturity-onset type of diabetes.
PMID: 495284 [PubMed - indexed for MEDLINE]
Decreased insulin requirement and improved control of diabetes in
pregnant women given a high-carbohydrate, high-fiber, low-fat diet.Ney
D, Hollingsworth DR, Cousins L.
Five quantitative measures of diabetic control [HbA1c determinations,
mean 24-h plasma glucose values, mean amplitude of glycemic excursions
(MAGE), mean 24-h urinary loss of glucose, and daily exogenous insulin
requirement] were compared in 20 pregnant women who were randomly
assigned to either a high-carbohydrate, high-fiber diet (HCF) that was
low in fat or to a control diet commonly prescribed for pregnancy.
Eleven women followed the HCF diet and nine subjects, the control
diet, from baseline entry into the study until delivery. Dietary
compliance was excellent, with 78% of the women in each group rated
good or acceptable. HbA1c values were similar in both groups at
baseline (HCF: 11.0 +/- 0.5% versus control: 10.2 +/- 0.6%), with no
different predelivery values (8.6 +/- 0.4%). Mean 24-h plasma glucose
levels improved in patients on both diets, with lower values noted in
the HCF group at predelivery. MAGE values and standard deviations did
not differ significantly in the two groups. Glycosuria decreased
markedly in both dietary groups, but differences between groups were
not significant. Improved control of diabetes on the HCF diet was
achieved with significantly lower increments in insulin dose during
gestation (HCF baseline: 32 +/- 8 U/24 h to 66 +/- 10 U/24 h versus
control baseline: 27 +/- 9 U/24 h to 108 +/- 12 U/24 h, P less than
0.03). Outcome of pregnancy did not differ in the two groups of
patients, but women on the HCF diet gained less weight than those on
the control diet (26 +/- 3 lb versus 35 +/- 5 lb, P less than 0.05).
Mean newborn gestational age was similar in the two groups (HCF: 37.2
+/- 0.7 wk versus control: 36.5 +/- 0.7 wk). Mean birth weight in
infants of HCF mothers was 3809 +/- 248 g versus 3313 +/- 278 g in
infants of control mothers (P less than 0.05). We conclude that
although marked improvement of diabetic control occurred on both
regimens, patients on the HCF diet achieved better control of diabetes
with significantly lower increments in exogenous insulin.
PMID: 6329613 [PubMed - indexed for MEDLINE]
Reversal of diet-induced obesity and diabetes in C57BL/6J mice.Parekh
PI, Petro AE, Tiller JM, Feinglos MN, Surwit RS.
Department of Psychiatry and Behavioral Sciences, Duke University
Medical Center, Duke University, Durham, NC 27710, USA.
We have previously shown that C57BL/6J (B6) mice develop severe
obesity and diabetes if weaned onto high-fat diets, whereas A/J mice
tend to be obesity and diabetes-resistant. The purpose of this study
was to determine if obesity and diabetes in the B6 mouse could be
completely reversed by reducing dietary fat content. After 4 months,
both strains consumed more calories on a high-fat diet than on a low-
fat diet, and both strains showed a higher feed efficiency (FE=weight
gained/calories consumed) on the high-fat diet versus the low-fat
diet. However, relative to A/J mice, B6 mice demonstrated a
significantly higher FE on the high-fat diet. Hyperglycemia,
hyperinsulinemia, and increased adiposity were apparent in B6 mice
after 4 months on the high-fat diet regardless of whether the diet was
begun at weaning or 4 months later. Correlational analyses showed that
adiposity was strongly related to both insulin and glucose levels in
B6 mice, but only moderately related to insulin levels in A/J mice. In
obese B6 mice that were switched to a low-fat diet, obesity and
diabetes were completely reversed. Adiposity, fasting glucose, and
fasting insulin values in these mice were equivalent to those in B6
mice of the same age that had spent 8 months on the low-fat diet. In
summary, our data show that in the B6 mouse the severity of diabetes
is a direct function of obesity and diabetes is completely reversible
by reducing dietary fat.
PMID: 9751238 [PubMed - indexed for MEDLINE]
I've got more stuff that I'll provide tonight, but I hope this study
heats things up a bit.
I very much appreciate all those that disagree but are willing to have
an intelligent discussion.
Best Regards
Randy F
> So I consider the author of this article to be the expert on the effect of a
> vegan diet on diabetes II.In his reference list there are
> 1,2,3,4,22,23,24,27 = 8 references on the connection between the vegan diet
> and diabetes. Of these 2,22 =2 are not from this research group.It is not
> uncommon to find 50 references , so 10 is very few and only 2 from outside
> is _very_ few.I'm very intrigued by this concept so I spent a few hours to
> see if I could find some more literature.I did not.If you have more , or
> newer , literature I would be very gratefull if you would share it here.
>
> Ok
> So the concept seems rather new.There used to be a poster here by the name
> of "Anil".He (I'm not sure if it is a "he" , sorry if you are a "she" Anil)
> had some very good recipes for vegan food.His concept was to use the
> sprouted version of all kinds of seeds.I tried it myself and it did not
> spike me at all.So the sprouting technique of Anil is within my FE.I'm 61 ,
> lean , muscular and got enough beta cells left.The sprouted things have more
> protein and mico nutrients so I like it for myself.I also like the concept
> that it does not harm a living creature or the existense of the earth
> itself.
>
> Ok
> Here is a quote:
>
> "The vegan diet (10% of energy from fat, 15% protein, and 75% carbohydrate)
> consisted of vegetables, fruits, grains, and legumes. Participants were
> asked to avoid animal products and added fats and to favor low-glycemic
> index foods, such as beans and green vegetables."
>
> Now , if I may compare this to my diet , this is what I do except I like to
> add more protein.My FE would definitely alow me this diet.I would like to
> add more nuts and beans and go easy on the grain.So for me this would mean
> more energy from fat (nuts) and protein (nuts and beans).Only because I like
> the concept of more muscle is more GLUT4 transporters = lower bloodglucose ,
> because a moving muscle does not need insulin.And more muscle = more
> protein.
>
> We must also realise that this diet is high , or even very high , in
> fiber.If you don't panic by the first high bg reading and keep doing this
> diet for a few days than the indigestible fiber will cause the growth of
> friendly bacteria in your intestines.They will digest the fiber for you.In
> the process they will produce short chain fatty acids.These will stimulate
> the l-cells in your intestine to produce GLP-1 , the incretin hormone . This
> is the natuaral feedback signal for insuline.Or to make it more blunt : more
> of this vegan diet will lower your bg by incretins.If this vegan diet or a
> high fiber diet is for some reason not in your FE , than you can use the
> more powerfull pharmaceutical incretin mimetics like Byetta or
> Sitagliptin.Or if that does not help maybe even barriatic surgery.....
>
> Here is another quote :
>
> "Both groups reduced energy intake .Vegan 1759 to 1425 kcal/day ADA 1846 to
> 1391 kcal/ day "
>
> (I left out the statistics) If you look on the ADA website they recommend
> 2800 kcal/day for men so this is about half...The "ton" of carb is just a
> relative "ton" In absolute amounts it is just a little bit
Now I
> personally think that this is a very good feature of the diet.I think , and
> a have lots of literature on this , that calorie restriction is good . You
> will even live longer.The question is of course : can you really do it ????
> Also eating less in itself very good for you if you are an over weight T2.It
> will cause you to loose adipose tissue.Belly fat.This fat is actually a
> hormone producing organ.It produces adiponectin , visfatin , grehlin , TNF
> and other inflamation signals.Less fat = very good indeed . The author
> himself admits that the calorie restriction maybe responsible for a large
> part of the effect : page 1782 :
>
> "First, because such diets are low in fat and high in fiber, they typically
> cause associated reductions in dietary energy density and energy intake,
> which are not fully compensated for by increased food intake (16,17). Our
> data suggest that the weight-reducing effect of the vegan diet (4) is
> responsible for a substantial portion of its effect on A1C."
>
> No for the effect ( see table 2 on page 1780 , only for the vegan and my
> diet as I posted before)
>
> Vegan A1c from 8.0 to 7.1 = 0.9 %
>
> My A1c from 10.3 to 5.0 = 5.3 %
>
> Vegan body weight 97 to 91 = 6 kg
> My body weight 117 to 74 = 43 kg
>
> Vegan Fasting bg 9.1 to 7.1 = 2.0 mmol/l
> My Fasting bg 15.3 to 4.6 = 10.7 mmol/l
>
> To be honest I'm not impressed by the effect of the diet.To be honest an A1c
> of 7.1 is still rather high and a body weight change of 6 kg is not what
> most people here would consider worth while talking about.A body mass index
> of 31.8 will still leave you in the danger zone.
>
> The article does not state what exactly was eaten.It does state that no
> meals were dictated.You could e-mail the author to ask him if he has any
> comments on that.Seems important to me if you would like to give it a try.If
> you do a radical change from your high meat and starch diet to vegan than I
> hope you will let us know how it worked for you.
>
> To summarize :
> the diet is no mystery to me .It is high in carb , but this is compensated
> by the fact that it is very high in fiber (incretin effect) , low glycemic
> and calorie restricted (good for weight loss and loss of adipose tissue).I
> believe that it produces the (mild) effects the authors are reporting.
>
> I think this diet is in my FE . I personally like the same amount of fiber ,
> but a bit more protein and fat.The fiber will stop the hunger.The protein
> will build more muscle and is very effective in stopping the hunger.The
> (mono unsaturated) fat will give me a bit more energy and more
> palatability.So .... I'm still thinking about a change to vegetarian.For me
> this would mean no more meat but more nuts and beans and thus not a diet
> high in carbs but a diet high in fiber and fat , moderate in protein and
> still low in carbs.
>
> Nice to see that the thread came back to live 
>
> hth
> Gys