Physiological Responses to Food

Physiological Responses to Food

The aim of this platform is to increase competitiveness of the Finnish research in generating scientifically high-quality evidence on physiological responses on foods, food components and diets. In University of Turku, we provide expert services related to both in vitro and in vivo modeling.

Expertise, Facilities and Devices

Various methods are used in different study designs including dietary intervention and cohort studies:

Clinical Nutrition Studies

Expertise

Clinical nutrition studies, including RCT and cohort studies / study planning, execution, analyses and reporting.

Methodologies

Our clinical research facilities include biological sampling, body composition analyses, indirect calorimetry, metabolic analyses, behavioural testing and physical activity testing.

Contact details

Faculty of Medicine

hanna.lagstrom@utu.fi
kirsi.laitinen@utu.fi

 

Physical Activity Testing

Devices

Fibion SENS motion

The SENS motion system measures the physical activity of participants. Data can be collected on many participants. Research staff can access the participants’ activity profiles and extract data for analysis.

  • Discreet sensor that monitors physical activity
  • Quick and easy setup of the system
  • 24 hours monitoring for up to 15 weeks
  • Data is stored secure in a GDPR compliant database
  • No recharging of the battery required
  • Data is safely stored in the cloud
  • Automatic and wireless transfer and processing of data

Contact details

Faculty of Medicine

tuija.leskinen@utu.fi
hanna.lagstrom@utu.fi

Electrophysiological Measurements

BioPac electrophysiological system for ECG, EDA, PPG, and RSP

The BioPac MP160 system measures electrophysiological responses from human participants. At present, the system has four modules: one for electrodermal activity (EDA), one for pulse plethysmography (PPG), one for heartbeat frequency (ECG), and one for respiratory movement (RSP). Data can be collected on three participants for all modules simultaneously. Researchers can utilize external stimuli for experiments and extract data for analysis.

  • BioNomadix® wearable wireless devices
  • Quick and easy setup of the system
  • Use of external stimuli and event marking
  • Broad analysis tools for data
  • Data can be extracted and stored in cloud services or USB storage drive

Contact details

Faculty of Medicine

janina.m.hieta@utu.fi
sanna.koskimaki@utu.fi

Metabolite Analysis

Expertise

Metabolite analysis from blood, feces and urine (e.g. phenolics, SCFA, MS and NMR metabolomic).

Methodologies

Targeted and non-targeted chromatographic, mass spectrometric and NMR analysis.

Devices

Several mass spectrometers coupled with GC and LC. NMR equipment at the intrument center of UTU and ÅA.

Contact details

Food Sciences Unit, Faculty of Technology

kati.hanhineva@utu.fi (MS metabolomics)
kaisa.linderborg@utu.fi (targeted)
maaria.kortesniemi@utu.fi (NMR metabolomics)
baoru.yang@utu.fi

Hydrogen and Methane from Breath

Expertise

Microbial fermentation in the gut. Detection of certain gastrointestinal disorders.

Methodologies

Instant breath test (or from bag).

Devices

Gastrolyzer Gastrocheck

Contact details

Food Sciences Unit, Faculty of Technology

kaisa.linderborg@utu.fi

Intestinal pH, Pressure and Temperature

Expertise

Intestinal pH, pressure and temperature. Transit time, motility.

Methodologies

Ingestible capsule

Devices

Smart pill ingestible capsule

Contact details

Food Sciences Unit, Faculty of Technology

kaisa.linderborg@utu.fi

Gastrointestinal Sensations

Expertise

Gastrointestinal sensations

Methodologies

Perceived gastrointestinal sensations

Devices

Questionnaire

Contact details

Food Sciences Unit, Faculty of Technology

kaisa.linderborg@utu.fi