In this episode we discuss:

-The calories in calories out model of obesity -Dr Boz’s take on fruit and blood glucose spikes -Richard Smith on aging and the NAD+ to NADH ratio  
Free Energy Balance Food Guide: https://jayfeldmanwellness.com/guide
The Nutrition Blueprint: https://mikefave.com/the-nutrition-blueprint/
Theresa's Instagram: https://www.instagram.com/livingrootswellness/ 
Timestamps:0:00 – intro 
1:17 – Is fruit evil or is Dr Boz insulin resistant? 
5:00 – whether high blood glucose levels drive Alzheimer’s and dementia 
7:39 – does glucose automatically get converted to fructose and fat? 
10:58 – Dr Boz & Glucose Goddess’s fearmongering about fruit and glucose spikes  
14:12 – Dr Boz parrots Robert Lustig: they’re both wrong about fructose 
15:43 – concerns with blood sugar spikes when reintroducing carbs and whether using a CGM is worth it 
17:32 – less, not more, glucose uptake in the brain creates the conditions for Alzheimer’s disease 
20:15 – poor glucose utilization as a driver of Alzheimer’s and dementia 
22:48 – reducing carbohydrate intake causes insulin resistance and less metabolic flexibility 
26:27 – possible reasons for Dr Boz’s high blood sugar and our advice for Dr Boz 
30:31 – our experiences with “keto snacks” and how keto caused intense cravings and binging 
33:53 – Richard Smith on keto, NAD+ and aging 
35:23 – what Richard Smith misses about glucose and the NAD+ to NADH ratio 
41:00 – glucose metabolism leads to a higher NAD+ to NADH ratio than ketone metabolism 
44:15 – how low-carb diets can restore the NAD+ to NADH ratio through stress pathways 
47:02 – whether ketones are beneficial 
49:57 – fats vs carbs: which is the better fuel for the NAD+ to NADH ratio? 
55:17 – how to support healthy aging and NAD+ levels (hint: not low-carb) 
1:00:31 – what the NAD+/NADH ratio actually indicates 
1:05:02 – lower blood sugar with a bioenergetic approach

The Energy Balance Podcast

Jay Feldman Wellness

BV #25: Carb Confusion: Blood Sugar Spikes, Fat Gain, and the True Cause of Alzheimer’s

MAR 19, 202666 MIN
The Energy Balance Podcast

BV #25: Carb Confusion: Blood Sugar Spikes, Fat Gain, and the True Cause of Alzheimer’s

MAR 19, 202666 MIN

Description

In this episode we discuss: 
-The calories in calories out model of obesity  -Dr Boz’s take on fruit and blood glucose spikes -Richard Smith on aging and the NAD+ to NADH ratio   
Free Energy Balance Food Guide: https://jayfeldmanwellness.com/guide 
The Nutrition Blueprint: https://mikefave.com/the-nutrition-blueprint/ 
Theresa's Instagram: https://www.instagram.com/livingrootswellness/   
Timestamps: 0:00 – intro  1:17 – Is fruit evil or is Dr Boz insulin resistant?  5:00 – whether high blood glucose levels drive Alzheimer’s and dementia  7:39 – does glucose automatically get converted to fructose and fat?  10:58 – Dr Boz & Glucose Goddess’s fearmongering about fruit and glucose spikes   14:12 – Dr Boz parrots Robert Lustig: they’re both wrong about fructose  15:43 – concerns with blood sugar spikes when reintroducing carbs and whether using a CGM is worth it  17:32 – less, not more, glucose uptake in the brain creates the conditions for Alzheimer’s disease  20:15 – poor glucose utilization as a driver of Alzheimer’s and dementia  22:48 – reducing carbohydrate intake causes insulin resistance and less metabolic flexibility  26:27 – possible reasons for Dr Boz’s high blood sugar and our advice for Dr Boz  30:31 – our experiences with “keto snacks” and how keto caused intense cravings and binging  33:53 – Richard Smith on keto, NAD+ and aging  35:23 – what Richard Smith misses about glucose and the NAD+ to NADH ratio  41:00 – glucose metabolism leads to a higher NAD+ to NADH ratio than ketone metabolism  44:15 – how low-carb diets can restore the NAD+ to NADH ratio through stress pathways  47:02 – whether ketones are beneficial  49:57 – fats vs carbs: which is the better fuel for the NAD+ to NADH ratio?  55:17 – how to support healthy aging and NAD+ levels (hint: not low-carb)  1:00:31 – what the NAD+/NADH ratio actually indicates  1:05:02 – lower blood sugar with a bioenergetic approach