Assessment of cardiovascular responses of glidescope in the elderly patients undergoing gynecologic surgery

Assessment of the glidescope on the cardiovascular responses to laryngoscopy and tracheal intubation in the elderly patients undergoing gynecologic surgery

Status

Active, not recruiting

Phases

Unknown

Study type

Interventional

Source

IRCT

Registry ID

IRCT20110712007013N21

Enrollment

Registered

2018-10-20

Start date

2017-12-05

Completion date

Unknown

Last updated

2019-01-14

For informational purposes only — not medical advice. Sourced from public registries and may not reflect the latest updates. Terms

Conditions

Elderly patients. Age-related physical debility

Interventions

Intervention 1: Intervention group: After 3 minutes preoxygenation with 100% O2, general anesthesia is induced. After 3 minutes, the intubation is done by the Glidescope (Saturn Biomedical Systems I

Eligibility

Sex/Gender

Female

Age

60 Years to No maximum

Inclusion criteria

Inclusion criteria: Age 60 years old and older Elective gynecological surgery with general anesthesia and orotracheal intubation Class I to III of the American Society of Anesthesiologists (ASA) Mallampathy score I and II at the pre-operative visit

Exclusion criteria

Exclusion criteria: Mallampati III and IV during preoperative visit (difficult airway) Recent vasoactive medicines Body mass index (BMI) more than 25 Cervical spine deformity or cervical spine movement limit Ejection fraction less than 45%

Design outcomes

Primary

Measure	Time frame
Systolic blood pressure changes during laryngoscopy. Timepoint: Before induction of anesthesia (basic values), 30 seconds after administration of induction drugs, 15 seconds after the start of laryngoscopy and then every 1 minute until 5 minutes after the tracheal intubation. Method of measurement: Using the barometer cuff of the anesthetic monitoring machine (Datex Ohmeda S / 5 Anesthesia Machine).;Heart rate changes during laryngoscopy. Timepoint: Before induction of anesthesia (basic values), 30 seconds after administration of induction drugs, 15 seconds after the start of laryngoscopy and then every 1 minute until 5 minutes after the tracheal intubation. Method of measurement: Heart rate measurement using a probe of the pulse oximeter device attached to the patient's finger with anesthetic monitoring machine (Datex Ohmeda S / 5 Anesthesia Machine).;Heart rhythm changes during laryngoscopy. Timepoint: Before induction of anesthesia (basic values), 30 seconds after administration of induction drugs, 15 seconds after the start of laryngoscopy and then every 1 minute until 5 minutes after the tracheal intubation. Method of measurement: Measuring the patient's heart rhythm by monitoring the electrocardiogram of the anesthetic monitoring machine (Datex Ohmeda S / 5 Anesthesia Machine).;Diastolic blood pressure changes during laryngoscopy. Timepoint: Before induction of anesthesia (basic values), 30 seconds after administration of induction drugs, 15 seconds after the start of laryngoscopy and then every 1 minute until 5 minutes after the tracheal intubation. Method of measurement: Using the barometer cuff of the anesthetic monitoring machine (Datex Ohmeda S / 5 Anesthesia Machine).;Mean arterial pressure changes during laryngoscopy. Timepoint: Before induction of anesthesia (basic values), 30 seconds after administration of induction drugs, 15 seconds after the start of laryngoscopy and then every 1 minute until 5 minutes after the tracheal intubation. Method of measu	—

Measure

Time frame

Systolic blood pressure changes during laryngoscopy. Timepoint: Before induction of anesthesia (basic values), 30 seconds after administration of induction drugs, 15 seconds after the start of laryngoscopy and then every 1 minute until 5 minutes after the tracheal intubation. Method of measurement: Using the barometer cuff of the anesthetic monitoring machine (Datex Ohmeda S / 5 Anesthesia Machine).;Heart rate changes during laryngoscopy. Timepoint: Before induction of anesthesia (basic values), 30 seconds after administration of induction drugs, 15 seconds after the start of laryngoscopy and then every 1 minute until 5 minutes after the tracheal intubation. Method of measurement: Heart rate measurement using a probe of the pulse oximeter device attached to the patient's finger with anesthetic monitoring machine (Datex Ohmeda S / 5 Anesthesia Machine).;Heart rhythm changes during laryngoscopy. Timepoint: Before induction of anesthesia (basic values), 30 seconds after administration of induction drugs, 15 seconds after the start of laryngoscopy and then every 1 minute until 5 minutes after the tracheal intubation. Method of measurement: Measuring the patient's heart rhythm by monitoring the electrocardiogram of the anesthetic monitoring machine (Datex Ohmeda S / 5 Anesthesia Machine).;Diastolic blood pressure changes during laryngoscopy. Timepoint: Before induction of anesthesia (basic values), 30 seconds after administration of induction drugs, 15 seconds after the start of laryngoscopy and then every 1 minute until 5 minutes after the tracheal intubation. Method of measurement: Using the barometer cuff of the anesthetic monitoring machine (Datex Ohmeda S / 5 Anesthesia Machine).;Mean arterial pressure changes during laryngoscopy. Timepoint: Before induction of anesthesia (basic values), 30 seconds after administration of induction drugs, 15 seconds after the start of laryngoscopy and then every 1 minute until 5 minutes after the tracheal intubation. Method of measu

—

Countries

Iran (Islamic Republic of)

Contacts

Public ContactSimin Atashkhoyi

Tabriz University of Medical Sciences

atashkhoii@tbzmed.ac.ir+98 41 1553 9161

Outcome results

None listed

Source: IRCT (via WHO ICTRP) · Data processed: Feb 4, 2026