Neuro-research investigates product empathy and product memory. Neuro-research captures short and long term impact of product characteristics. Neuro-research measures instant arousal Activation), overall relevance and embedded associations (implicit attitudes) to brands and products.
1. SENSORY RESEARCH 3.0
HOW CAN NEURO RESEARCH BE USED TO BETTER PREDICT THE
SUCCESS OF A TASTE OR FRAGRANCE ?
Ludovic Depoortere – ROGIL SENSORY & MARKETING RESEARCH
4. “DO AS I DO, NOT AS I SAY”
Neuro-research investigates product empathy and
product memory.
Neuro-research captures short and long term impact
of product characteristics.
Neuro-research measures instant arousal
(Activation), overall relevance and embedded
associations (implicit attitudes) to brands and
products.
4
5. CAN NEURO HELP TO BETTER PREDICT PRODUCT SUCCES ?!
IT HAS BEEN ESTIMATED THAT INITIAL LIKING OF BLIND PRODUCT
70-80% OF NEW PRODUCT DOES NOT GUARANTEE LIKING
INTRODUCTIONS FAIL WITHIN 1 OVER REPEATED EXPOSURE DUE TO
YEAR AFTER LAUNCH! CHANGES IN OPTIMAL LEVEL OF
INTENSITY*.
*(Vickers et al., 1998; chung et al., 2007; zandstra et al., 2000), complexity (berlyne, 1970; jellinek et al., 1979, 1983; levy et al., 2006), or arousal (dember & earl, 1957)
6. OVERVIEW OF NEURO-MARKETING TOOLS
INFORMATION
DEPTH
Electro- fMRI
Encephalogram
(EEG)
Facial coding Galvanic Skin
Response (GSR)
Eye-tracking
Reaction
Times (RT)
COMPLEXITY
6
7. THE ADDED VALUE IS IN THE MIX
NEURO
RESEARCH
OBSER- VERBAL
VATION QUANT
VERBAL
QUALI
8. WHAT DOES ROGIL MEASURE ?
EEG
GSR
ET RT
EEG & GALVANIC SKIN REACTION TIME
RESPONSE EYE-TRACKING MEASUREMENT
THE TEST PRODUCTS
ARE ALSO PROFILED
VIA QDA – EXPERT
PANEL
9. RESEARCH PROCEDURE
SENSORY BIOMETRIC CONSCIOUS &
STIMULATION MEASUREMENT SUBCONSCIOUS
EVALUATION - RT
Respondents taste the tested Biometric reactions are measured for Respondents’ conscious
product by eating a small 20 seconds after eating/drinking. opinions as well as
piece of it, drinking a sip of automatic, subconscious
beverage, or smell a prepared The most important is „the mental reactions are measured on
sample. aftertaste” – in other words what trace the given attributes.
the product is leaving in the brain after
The brand of tested product is the first bite/sip.
not known till the end of the
study.
10. WE TESTED A WIDE VARIETY OF PRODUCTS WITH NEURO-RESEARCH
15. THE TASTE PROFILE OF CHERRY BEER (SWEET, INTENSE & PRONOUNCED) IS
TRIGGERING THE BRAIN INTENSELY. PRODUCTS WHICH INDULGE, HAVE A LONG
LASTING EFFECT IN THE BRAIN: KRIEK & CHOCOLATE DO SO , MILK LESS…
COLOR Deep bright red
Intense aroma of red cherry
AROMA
sweets
TASTE Pronounced cherry taste
16. FINDING 2:
MEN AND WOMEN’S BRAIN REACT
DIFFERENLTY TOWARDS PRODUCTS
17. THE BITTER TONES OF BLACK CHOCOLATE IS
MORE ENGAGING FOR MEN
RELEVANCE (EEG), ACTIVATION (GSR)
18. THE SOFT TONES OF MILK CHOCOLATE IS MORE
ENGAGING FOR WOMEN
RELEVANCE (EEG), ACTIVATION (GSR)
19. FINDING 3:
IT ALSO WORKS ON NON-FOOD:
OUR BRAIN DOES REACT DIFFERENLTY
ON FRAGRANCE OF FABRIC SOFTENERS
21. FRAGRANCES OBJECTIVE PROFILE
More intense Softer and more Fresh and perfumed
fragrance. powdery scent. Nature perfume
Very light floral. Smelling something (some flowery, very
FRAGRANCE
Some green keys. reminiscent of (soft) light fruity).
touch of soap. soap, baby powder… Slightly more
artificial.
22. MEN REACT MORE POSITIVE ON ROBIJN FRAGRANCE,
WHILE WOMEN REACT POSTIVE ON SILAN’S FRAGRANCE
24. ITS NOT ONLY ABOUT VERBAL LIKING: NEURO RESEARCH
CAN HELP DETECTING THE MOST RELEVANT PRODUCT
PROFILE FOR YOUR BRAND
Notas del editor
- EEG has several strong points as a tool for exploring brain activity. EEG's can detect changes within a millisecond timeframe, excellent considering an action potential takes approximately 0.5-130 milliseconds to propagate across a single neuron, depending on the type of neuron. -Other methods of looking at brain activity, such as PET and fMRI have time resolution between seconds and minutes. - EEG measures the brain's electrical activity directly, while other methods record changes in blood flow (e.g., SPECT, fMRI) or metabolic activity (e.g., PET), which are indirect markers of brain electrical activity. - EEG can be used simultaneously with fMRI so that high-temporal-resolution data can be recorded at the same time as high-spatial-resolution data, however, since the data derived from each occurs over a different time course, the data sets do not necessarily represent the exact same brain activity. There are technical difficulties associated with combining these two modalities, including the need to remove the MRI gradient artifact present during MRI acquisition and the ballistocardiographic artifact (resulting from the pulsatile motion of blood and tissue) from the EEG. Furthermore, currents can be induced in moving EEG electrode wires due to the magnetic field of the MRI.Source: http://www.biomedresearches.com/root/pages/researches/epilepsy/eeg_fmri_and_pet.html