P160
P26/T25
AVM
P30/T30
TCAF
TCAR
PS42
PS44/T44 AVM
P50 / T50
ODMS
P20 / T20
AVM
Fuel & Oil flows, Temps & Pressures
Vibration levels
Fuel flow
Oil temperature
Exit pressure
Exit temperature
Engine status index
Data
Fusion
Jet engine health monitoring
TotalCare® offering from
Rolls-Royce
(Predictive maintenance)
Renal support
Respiratory
support
Nutrition
Cardiovascular support
Sedation
Emotional support
Microbiological precautions
Condition-specific care
1990 2000 2010 2020
DNA RNA
Polymorphism Environmental regulation
Origin Wisdom
Disease Thriving
The gene for… Networks & programs
Socially isolated
Integrated
78131
Inflammation
Immunoglobulin G1 production
Type I interferon antiviral response
Poverty & low SES
Social loss / anticipated bereavement
Post-traumatic stress
Cancer diagnosis
Social threat
Loneliness & social isolation
Social instability
Chronic stress
Low social rank
War
Caregiving for seriously ill
Depression
Early life social adversity
CNS threat
perception
SNS neurons,
NE
Bone marrow
Stem
Cell
Lymphoid
Myeloid
Granulocyte
Monocyte
Systemic
circulation
quantified self
epidemiology
medical system
Day/Night 1 Day/Night 2 Day/Night 3 Day/Night 4 Day/Night 5
Ingestions
Sleep
Activity
Posture
Temperature
Heart Rate
Molecular self-awareness
Molecular self-awareness

Molecular self-awareness

Editor's Notes

  • #2 Across Both Screens
  • #3 Appear in sequence left to right across both screens For speaker: Jet engine health monitoring - The state of the art Jet engines are complex engineering systems. By monitoring the engine and its environment during a flight, we can characterize engine performance accurately.
  • #4 3
  • #5 Appear: Rolls Royce image left screen, text and man viewing screens on right screen Speaker: In the 21st century, engine manufacturers sell “Power by the hour” (TotalCare package), as engine failures are so rare.
  • #6 Appear: center, photo first then labels Speaker: patient health monitoring in the Intensive Care Unit The equivalent TotalCare package for human beings is the Intensive Care unit in the hospital. How do we avoid patient “breaking down” in the first place? For that vision to be realised, we need to add biology to engineering.
  • #7 Across Both Screens
  • #8 Appear: animation of images per animation built into powerpoint Speaker: In the 12 years since the human genome was initially sequenced, we’ve learned quite a lot about how our 21 thousand individual genes work together to create human life. In fact, we have a very different perspective today than we had in 2001, when the human genome sequence was initially released. And today I’d like to talk about how this paradigm shift in genomics might intersect with new developments in nanotechnology and big data analytics to create some completely new capacities for human self-awareness – both at the biological level, and at the level of a life lived. So in 2001 when the genome sequence was completed,
  • #9 Appear: animation of images per animation built into powerpoint
  • #10 Appear: centered, all show up at once
  • #11 Appear: animation of images per animation built into powerpoint
  • #12 Appear: animation of images per animation built into powerpoint
  • #13 Appear: DNA across screens with man at the end
  • #14 Appear: man with phone on left screen, cloud with animated text center screen
  • #15 Across Both Screens
  • #18 Appear: images appear left to ride in sequence, per animation PLEASE COMBINE WITH SLIDE 27 SO ALL IMAGES APPEAR IN ONE SEQUENCE ACROSS SCREEN
  • #19 Across Both Screens