Assisted Reproduction Technology (ART) procedures are often long and particularly stressful for couples. The level of anxiety appears to persist throughout the entire process, particularly during embryo transfer, a pivotal and delicate stage in In Vitro Fertilization (IVF). Many women apprehend this maneuver, firstly, as it represents the culmination of the process and consequently elicits apprehensions regarding negative outcome, and secondly, as it instigates anxiety related to potential discomfort during the procedure. Medical Hypnosis in Virtual Reality is a combination of hypnotherapy and immersion in a fictitious world, used in the medical field for anxiolytic and analgesic purposes. This fusion is made possible by a virtual reality headset coupled with an auditory device. The diversion and relaxation conferred by this device can lead to a reduction in perceived anxiety and an indirect enhancement of compliance and cooperation during medical procedure. Several studies have already demonstrated a benefit on pre-operative and peri-operative anxiety, with reassuring safety data on the use of this medical device. However, despite the common use of VRH in the medical field, encouraging data on anxiety reduction, and accessibility to these headsets within in certain ART departments, they are not routinely employed during embryo transfers. Various barriers to the implementation of this medical device in this indication seem to be present, encompassing organizational, technical, and practical aspects. Consequently, the Hypno-TEC study aims to assess the feasibility of using virtual reality hypnosis (VRH) headset for anxiolytic purposes during frozen embryo transfer (FET). Hypno-TEC will be a prospective interventional study, not comparative, and conducted at a single center, within the Reproductive Medicine Department of the Mother-Child-Woman Hospital in Lyon. This clinical investigation will fall under category 4.2 of medical device regulations, according to European Regulation 2017/745. The enrolled patients, estimated to be 50 in number, will benefit from the device (VRH headset) during the execution of the FET procedure. Besides assessing the feasibility of this usage, secondary outcomes will include: (i) evaluating the procedure's acceptability, (ii) patient and caregiver satisfaction with this application, (iii) effect on patient anxiety, and (iv) the pregnancy rates following the transfers concerned by the study. The expected benefit is the potential to incorporate these headsets into routine practice, thereby would be enhancing patient adherence and tolerance to the transfer procedure.
Study Type
INTERVENTIONAL
Allocation
NA
Purpose
OTHER
Masking
NONE
Enrollment
50
The virtual reality hypnosis headset will be used before, during, and after the FET procedure: * The headset will be put on 5 minutes prior to the procedure, allowing time for immersion in the virtual world. * The headset will be kept on throughout the entire procedure (procedure duration less than 5 minutes). * The headset will be worn for up to 5 minutes after the procedure. The patient will be free to choose her own auditory and visual scenario for the session. Prior to the procedure and the device setup, the patient will be asked to complete a self-assessment anxiety questionnaire, the State-Trait Anxiety Inventory. This self-assessment questionnaire is a validated and standardized tool designed to measure temporary "state" anxiety related to a specific situation (in this case, the embryo transfer). After the procedure, the patient will need to complete the questionnaire again, along with another set of questions specifically designed for our study.
Hôpital Femme Mère Enfant
Bron, Rhône, France
The feasibility of using a virtual reality hypnosis headset for anxiolysis during a frozen embryo transfer
This is a combined criterion, requiring the validation of the following three criteria for the utilization of these headsets to be considered "feasible": * Availability of the headset on the day of the FET (yes/no) * Provision of the headset by the caregiver of the FET (yes/no) * Optimal use of the headset during the FET (yes/no) (i.e., optimal use is defined as the absence of technical incidents or battery depletion throughout the headset's usage duration during the procedure) A negative response to any of these three criteria will result in the procedure being deemed not feasible
Time frame: The composite criterion will be assessed through three binary questions (corresponding to the three constituent criteria) to be answered by the FET operator immediately after the procedure.
Duration of medical device usage (number of minutes)
The duration will be estimated by the difference between the time of setting up the medical device and the time of removing the headset.
Time frame: This information will be collected by the FET operator immediately after FET.
Measurement of procedure acceptability from the patients' perspective
It will be determined by the presence or absence of adverse effects experienced during the use of the device, collected through a binary question to which the patient will respond. In case of a positive response, the adverse effects will then be described, based on a (non-exhaustive) list provided to the patient, along with a declarative item if the adverse effect is not present in the list.
Time frame: This information will be completed by the patient immediately after the FET.
Satisfaction rate of patient regarding the procedure.
The assessment of satisfaction related to the use of the VRH headset will be measured using a Likert scale (very satisfied/satisfied/no opinion/dissatisfied/very dissatisfied).
Time frame: This information will be completed by the patient immediately after the FET.
Satisfaction rate of healthcare providers regarding the procedure.
The assessment of satisfaction related to the use of the VRH headset will be measured using a Likert scale (very satisfied/satisfied/no opinion/dissatisfied/very dissatisfied).
Time frame: This information will be completed by the caregiver immediately after the FET.
Effect of VRH headset usage on patient anxiety, measured through the change in average anxiety score
Comparison of the average anxiety score measured using the 〖"STAI-Y1" 〗\_"STATE " , before and after device usage.
Time frame: The 〖"STAI-Y1" 〗_"STATE " self-assessment anxiety questionnaire will be provided to the patient in paper format just before the FET and immediately after the procedure.
Rate of biological pregnancies obtained after the FETs
The proportion of patients who have achieved a biological pregnancy will be determined by collecting the systematically performed HCG level measurement 10 days after the transfer.
Time frame: This information will be obtained by reviewing the electronic medical records of the patients 1 month after the FET.
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