Related Experiment Videos
An evaluation of the BIOSELF 110 fertility indicator
M Ismail1, H Arshat, J Pulcrano
1National Population and Family Development Board, Prime Minister's Department, Kuala Lumpur, Malaysia.
Contraception
|January 1, 1989
Summary
The BIOSELF 110 accurately identifies fertile and infertile menstrual cycle phases using temperature and cycle length. This reliable electronic instrument aids couples in timing conception effectively.
Area of Science:
- Reproductive Endocrinology
- Medical Device Technology
Background:
- Accurate identification of fertile and infertile phases is crucial for family planning.
- Existing methods for cycle tracking can be complex or invasive.
Purpose of the Study:
- To evaluate the reliability of the BIOSELF 110 electronic instrument in identifying fertile and infertile menstrual cycle phases.
- To compare the device's performance against ultrasound monitoring and urinary LH measurements.
Main Methods:
- The BIOSELF 110 was evaluated in 77 cycles from 33 ovulatory women.
- Ultrasound monitoring of maximum follicular diameter (MFD) and urinary LH levels served as reference methods.
- The device's identification of fertile/infertile phases was compared to reference method data.
Main Results:
- BIOSELF 110 correctly identified the entire fertile period in 89% of cycles based on MFD.
- The device correctly identified at least four fertile days in 94% of cycles.
- The onset of the infertile phase was correctly identified in 94% of cycles.
Conclusions:
- The BIOSELF 110 is a reliable device for identifying fertile and infertile menstrual cycle phases.
- The instrument shows potential as a useful aid for couples seeking pregnancy.
- Further clinical trials are planned to assess contraceptive effectiveness.
Keywords:
BiologyBody Temperature--changesData AnalysisEquipment And SuppliesEvaluationExaminations And DiagnosesFertile PeriodGonadotropinsGonadotropins, PituitaryHormonesLaboratory Examinations And DiagnosesLaboratory ProceduresLuteinizing HormoneMeasurementMenstrual CycleMenstruationOvulation DetectionPhysiologyReproductionReproductive PeriodResearch Methodology