3. Steve Newport
BSBA in Accounting from Xavier University,
Cincinnati, Ohio
Worked for 9 years as accountant/office
manager for mental health centers until 1980
1980’s to 2003 - Worked from home for medical
practice – accounting, management, billing,
while caring for our children
Computer wiz
Loves landscaping, cooking, reading novels,
kayaking
Can fix anything, invents tools
4. Onset Of Alzheimer’s Disease
Early clues (retrospective):
Grade School:
Couldn’t remember rules of football
“Fired” as altar boy – couldn’t remember flow of the
service
Early adult:
Couldn’t catch on to card games
Did not feel he was functioning as well in accounting/
office manager position by late 20’s
30’s and 40’s
Hoarding – amasses garage full of “stuff”
5. Age 50-51:
Frequently forgets appointments even with 30 minute
reminders
Often loses wallet and keys
Age 51-52:
Payroll errors
Procrastinates with tax reports
Misses deadlines
Can’t remember going to bank and post office
Misplaces important mail
Psychiatrist believes it is depression rather than
dementia - starts anti-depressants and counseling
Onset Of Alzheimer’s Disease
6. Age 56:
Can no longer follow map – gets lost in New Port
Richey
Misses turn and ends up in Jacksonville
Can’t remember how to turn on windshield wiper
Confusion at tollbooth
Gives up driving
Stops reading – can’t explain why
Often walks around house and yard with one shoe
• No matching pairs of shoes in the house!
Mild to Moderate
Alzheimer’s Disease
7. Age 57:
Doesn’t recognize some relatives at family reunion –
lost and confused
Loses 10 pounds in 3 weeks – no longer preparing
meals for himself
Develops intention tremor and problem with keeping
food on fork
Develops jaw tremor when talking
Gait becomes slow, can no longer run
Forgets that he “sired” older daughter
Personality and sense of humor fading
Takes lawn tractor and vacuum cleaner apart
difficulty spelling simple written words, such as “out”
and “put,” and trouble recalling many common words
when speaking
Moderate Alzheimer’s Disease
8. Clinical Trials
Age 58 (May 2008):
Participates in ADRC annual evaluation and
screens for vaccine trial at Johnnie Byrd
• MRI: “Diffuse involutional change of frontal and
parietal lobes and moderate left-sided and severe
right-sided amygdala and hippocampal atrophy
with no ischemic change, which would support a
clinical diagnosis of Alzheimer’s disease.”
• Scores only 12 of 30 on MMSE
Doesn’t qualify for study – told to try again in a
couple of weeks
9. Scheduled for screenings for 2 different clinical
trials May 20 and 21, 2008
Late night internet research “risks and benefits”
Learn about Accera product, Ketasyn, now
called Axona – read patent application
Active ingredient is medium chain triglyceride oil –
derived from coconut oil
47% in pilot study had significant improvement in
memory (ADAS-COG,) the rest declined minimally
Clinical Trials
11. Glucose as Energy
In certain diseases, neurons and/or other
brain and nerve cells have a problem with
transporting glucose into the cell and
essentially starve and die.
21. Diagram from: Parkinson disease: primacy of age as a risk factor for mitochondrial dysfunction
Theodore B. VanItallie, Metabolism Clinical and Experimental
57 (Suppl 2) (2008) S50–S55
22. Normal neurons can use glucose or ketones
but usually use glucose if available
23. For neurons that cannot use glucose,
Ketones can serve as an “alternate fuel.”
24. DAY BEFORE COCONUT OIL
INTERVENTION
Steve screens for clinical
trial in St. Pete
Scores only 14 of 30 on
MMSE, needs 16 to qualify
Doctor asks him to draw a
clock – consistent with
moderately severe
Alzheimer’s
We pick up coconut oil on
the way home
More internet research,
learn about medium chain
triglycerides, ketones
25. HOW MUCH?
Coconut Oil is 60% MCT oil
4 teaspoons MCT Oil or 7 teaspoons Coconut oil
provide same amount of
medium chain triglycerides
26. 1st DAY OF COCONUT OIL
INTERVENTION
Receives at least 35 grams coconut oil
with breakfast
Screens at Johnnie Byrd Center for
vaccine clinical trial
Scores 18 of 30 on MMSE
Qualifies for study
27. First Days after Coconut Oil
Intervention
Begins daily consumption of coconut oil
Measured dose at breakfast, cooking and
other coconut containing foods for dinner
More alert - Personality and sense of
humor resurface
Steve says the “light switch came back on”
and the “fog lifted”
Facial tremor disappears
Intention tremor infrequent
31. More Research
Ketones, medium chain triglycerides, fatty
acids, coconut oil
Dr. Richard Veech/NIH – Ketone expert
Ketone ester (beta-hydroxybutyrate)
Suggested ketone levels
32. Ketone Ester
Dr. Richard Veech – NIH-Rockville, MD
Became interested in studying ketones in
early 1990’s
Developed an ester of ketone body beta-
hydroxybutyrate – oral or IV
Can achieve levels comparable to starvation
– 10 x coconut oil or MCT oil levels
No adverse effects in recent human toxicity
testing
Needs funding to mass produce for testing
in AD and other diseases
33. Plasma ketones & glucose vs time
0
0.05
0.1
0.15
0.2
0.25
0.3
0 2 4 6 8 10 12
time (hr after breakfast)
Plasma
[ketone]
(mM)
0
1
2
3
4
5
6
[bHB]
[AcAc]
[Glucose]
[Glucose]
(mM)
dinner
35 grams (7 teaspoons) coconut oil
with breakfast and with dinner
35. Expanded Coconut Oil Intake
As a result of levels with coconut oil also
used measured amounts at lunch and
dinner
Mixing coconut oil and MCT oil
Substituting foods with MCTs for others:
Goat’s milk and cheese for cow’s milk and
cheese
Coconut milk for other liquids in cooking
36. Between 2 - 4 months
after Intervention
Visual disturbance resolves
Normalization of gait – able to run again
Completes household and gardening tasks with
minimal to no supervision and without distraction
Wears both shoes and keeps pairs together
His ability to initiate and continue a course of
conversation improves
Recognizes family members that he couldn’t
recall one year earlier
Family says he no longer looks lost,
conversation makes sense
37. Between 4 -10 Months
After Intervention
Conversational skills continue to improve
Reading comprehension improves
Short term and recent memory improves
Stops having episodes of near syncope
No longer depressed – Says, “I have my life
back.”
Wants to do more with his life - volunteers in
hospital warehouse
Vacuums, cuts grass and weeds gardens again
(instead of taking equipment apart!)
38. Getting the Message Out
Family confirms Steve has improved
Article: “What If There Was a Cure for
Alzheimer’s Disease and No One Knew?”
July 2008
Sent letters to high profile persons to investigate MCT
oil studies and make public aware
Chicago ICAD conference
Grass roots method/internet
St Petersburg Times article October 2008
Website: www.coconutketones.com
Legislators March 2009
39. Diseases With Decreased Glucose
Uptake into Brain/Nerve Cells
Alzheimer’s disease
Parkinson’s disease
Multiple sclerosis
Huntington’s chorea
ALS/Lou Gehrig’s
disease
Duchenne muscular
dystrophy
Some forms of autism
Down’s syndrome –
develop Alzheimer’s
disease by ages 30-40
Acute brain injury,
accompanied by lack
of oxygen
Type I and Type II
diabetes
40. 89.5
2
10.5
66
47
36
32
21
8.5
4 4
8.5
0
10
20
30
40
50
60
70
80
90
100
RESPONSES OF PERSONS WITH DEMENTIA TO MEDIUM CHAIN TRIGLYCERIDES
N = 47
Percent
47 individuals there were 25 males, 20 females, 1 unknown
30 of 47 reported age with range of 55 to 94 years old (average 76.8.)
29 used coconut oil only, 3 MCT oil only and16 a combination of coconut oil and MCT oil
41. Other Reported Improvements
Parkinson’s disease
Multiple sclerosis
Improved blood sugars in type II diabetes
Down’s syndrome
Bipolar disorder
Glaucoma
Macular degeneration
Cognition in elderly dog
42. Foods with Short and Medium
Chain Fatty Acids
Fats/Oils:
Coconut oil 59%
Palm Kernel Oil 54%
Babassu Oil 55% (Amazon palm)
Ucuhuba butter 13% (Amazon tree seed)
Butter 11.5%
Nutmeg Butter 3.1%
Sheanut Oil 1.7%
43. Foods with Short and Medium
Chain Fatty Acids
Per 8 ounces:
Goat Milk 1.7 grams
Whole Cow Milk 0.9 grams
Human breast milk 0.78 grams
Infant formula 1.0 grams
Cottage Cheese 0.64 grams
44. Foods with Short and Medium
Chain Fatty Acids
Per ounce:
Goat cheese 2.0 grams
Feta cheese 1.4 grams
Cream cheese 0.96 grams
American cheese 0.85 grams
Mozarella 0.78 grams
45. Newborns and Ketones
Newborn develops “ketosis” at onset of
breastfeeding
Ketones provide 25% of energy
requirements during first weeks of life
Even with equivalent amount MCTs in
formula, same degree of “ketosis” doesn’t
occur – missing factor?
46. Newborn MCFAs
Equivalent in Adult
10 pound breastfeeding baby gets about
3.12 grams MCFAs per quart breast milk =
47 grams MCFAs for 150 pound adult =
5.5 tablespoons of coconut oil
49. START SLOW
Common effect – Diarrhea
Begin with 1 teaspoon and increase slowly
Start on a day when you don’t have to go
somewhere immediately!
Take with other food
Can take it slowly during meal over 20-30
minutes
Some foods may help retain oil – cottage
cheese
Try grated coconut or coconut milk as
alternative for part of “dose”
50. Food Ideas
Use coconut oil instead of butter on toast, English
muffins, bagels, grits, corn on the cob, potatoes or
sweet potatoes.
Add coconut oil or coconut milk to your favorite
smoothie recipe.
Mix coconut oil into:
Oatmeal or other hot cereal.
Rice, vegetables, noodles, pasta.
Half and half with salad dressings.
Soup, chili or spaghetti sauce.
51. Food Ideas
Use a measured amount of coconut oil to stir fry or
sauté any of your favorite dishes.
Purchase or make coconut macaroons made from
all natural products.
Make Coconut oil “fudge”
Eat a 2” x 2” square of raw coconut for a snack to
provide 15 grams of oil.
Add flaked or grated coconut to hot or cold cereal,
yogurt, fruit or vegetable salads
52. Mixing MCT and Coconut Oil
Reason: to achieve higher and continuous
levels of ketones
One combination:
MCT Oil 16 ounces + Coconut oil 12 ounces
Can emulsify with soy lethicin (about ½
teaspoon)
Start low and increase as tolerated
Take with each meal
53. Mixing MCT and Coconut Oil
Advantages:
Stays liquid when mixed
Mixes more easily into many foods
Takes advantage of properties of each oil
More portable for eating away from home
56. Don’t Eat Foods with Transfats
and Hydrogenated or Partially
Hydrogenated Oils
57. Why not use just MCT oil?
Many other fatty acids of all chain lengths
in coconut oil that may serve special
purpose:
Supports thyroid
Anti-microbial properties – kills certain viruses
and bacteria that some research implicates in
Alzheimer’s and Parkinson’s
• Herpes viruses
• Helicobacter pylori
May be other factors in the “whole” oil that
benefit Alzheimer’s and other diseases
58. Why not use just
Coconut Oil?
Ketone levels higher with MCT oil
Recent evidence that medium chains
cross blood brain barrier and appear to
also be used by neurons as fuel
59. Cholesterol Issue
Proponents of each side of issue can find
studies to support their beliefs
Large scale study with men and women of
all ages needs be done to lay the issue to
rest
Consider risks vs. benefits in making
decision to try this intervention in
Alzheimer’s and other diseases
60. Expectations
Most people will not have immediate or
dramatic response and some “stabilize”
Keep a journal
Must be consistent and persistent
Cannot miss a day
If no fuel in the tank the car won’t run
Strongly suggest at least three month trial
Monitor closely if stopping this intervention
Some don’t realize how much it was helping
until they stop it
61. Is there a relationship between
lack of MCFAs AND AUTISM?
A Mother’s Observation: Child developed
neurologic symptoms of autism after
discontinuing infant formula at 18 months
Lack of MCFAs the culprit?
Do MCFAs delay onset of neuro symptoms?
Onset of autism often during second year
Parental Survey:
Most autistic children not breastfed
62. Website for information only
Copies of article, “What If…?
Diet guidelines and FAQs
Complete articles - scientific references
related to ketones that can be printed out
Interviews
Can email me with questions
Updates
Blog
www.coconutketones.com
63. Drs. George Cahill, Mary Newport & Richard Veech
in Capitol Building – March 2009
64.
65.
66. KETOGENIC DIET
History
Fasting used as treatment for seizures and
epilepsy in biblical times and middle ages
Early 1900’s - NY Pediatrician Rawle Geyelin
successfully fasted children to control
seizures (15 day fast) – 18% were helped
1921 – Wilder proposed that benefits of
fasting (increase in ketone bodies) could be
produced by diet rich in fats and low in
carbohydrates - - “ketogenic diet”
67. KETOGENIC DIET
History (continued):
1924 – Peterman reports effectiveness of diet
from Mayo Clinic – 51% seizure free after 2 ½
years on diet
• 1 gram protein per kg body weight
• 10-15 grams/day carbohydrate
• Remainder of calories as fat
• Total calories Basal Metabolic Rate + 50%
Identical to ketogenic diet used today – some
variations exist – including MCT oil version –
half of calories are MCT oil
68. KETOGENIC DIET
Reported positive effects of ketogenic diet:
Epilepsy
Alzheimer’s disease
Parkinson’s disease
Lou Gehrig’s disease (ALS)
Traumatic brain injury and stroke
Oxygen toxicity
Glioblastoma and other cancerous tumors
Weight loss
69. Brain Metabolism during Fasting
0. E. OWEN, A. P. MORGAN, H. G. KEMP, J. M.
SULLIVAN, M. G. HERRERA, AND
G. F. CAHILL, JR.
The Journal of Clinical Investigation
Vol. 46, No. 10, 1967
First report of ability of brain to use
ketones as fuel
70. Diagram from: Ketone Bodies as a Fuel for the Brain during Starvation - Oliver E. Owen‡
BIOCHEMISTRY AND MOLECULAR BIOLOGY EDUCATION
Vol. 33, No. 4, pp. 246–251, 2005
Overnight in normal
people: glucose
100% of fuel
Starvation:
Ketones about
2/3 of fuel
71. Diagram from: Ketone Bodies as a Fuel for the Brain during Starvation
Oliver E. Owen‡
BIOCHEMISTRY AND MOLECULAR BIOLOGY EDUCATION
Printed in U.S.A. Vol. 33, No. 4, pp. 246–251, 2005
FIG. 3. Concentrations of ketone bodies
and free fatty acids during starvation in
humans. Values are shown as the
means
S.E. Ketone bodies undergo the
greatest changes of all fuels during
total starvation.
72. Presence of ketone in circulation, even at low levels
increases cerebral blood flow by as much as 40%
Ketones used within mitochondria to drive the chain
reaction that produces ATP
Reduces generation of free radicals and at same time
increases the scavengers of free radicals linked to the
NADP system, such as glutathione.
Activates anti-inflammatory mechanisms
Ketone Effects
73. Presence of ketone in circulation, even at
low levels increases cerebral blood flow by
as much as 40%
Rectify cerebral energy metabolism
(provide alternative fuel)
Protect cerebral function
Suppress cerebral edema and reduce
extent of cerebral infarction in brain injury
Treat diseases involving free radical
damage such as occurs in coronary
reperfusion, diabetic angiopathy,
inflammatory bowel disease, pancreatitis
Ketone Effects
74. “Utilizing the nerve growth/ stimulatory effects of
the ketone bodies…cells that are still viable can
be caused to improve beyond the state to which
they have degenerated and accordingly some
improvement of function will be seen in patients.”
Veech has shown in mice receiving 30% ketone ester
diet, significant increase in brain peptides BDNF and
NGF, compared to high CHO or high fat diet.
Ketone Effects
75. Would allow diabetics to maintain better
control of blood sugars without fear of
hypoglycemic consequences and thereby
prevent the vascular changes in eye and
kidney
May treat refractory epilepsy and other
seizure related disorders currently treatable
with ketogenic diet
Potential Effects of Ketones
76. D,L-3-hydroxybutyrate treatment of multiple acyl-CoA dehydrogenase
deficiency (MADD,) Johan L K Van Hove, et.al., Lancet 2003; 361: 1433–35
After a 150 mg/kg dose
of D,L-3-
hydroxybutyrate,
plasma physiological
ketone body
concentrations peaked
between 0·19 mmol/L
and 0·36 mmol/L after
30 min to 1 h, and
remained above pre-
treatment
concentrations for 4 h.
Brain MRI scans were obtained before (A and D), after 2 months (B and E), and after 9
months of treatment (C and F). There is diffuse involvement of the supratentorial white
matter both centrally and peripherally and in the corpus callosum (A, D). On the
posttreatment scans there is a progressive change in the central white matter with a
decrease in signal intensity. Cavitation can occasionally be seen (F)