| Recruitment status | Open public recruiting |
| Unique ID issued by UMIN | UMIN000027680 |
| Receipt No. | R000031694 |
| Official scientific title of the study | Blood sugar variation indexes are useful for predicting the severity of sepsis: a prospective observational study |
| Date of disclosure of the study information | 2017/06/07 |
| Last modified on | 2017/11/21 (Ver. 6) |
| Basic information | ||
| Official scientific title of the study | Blood sugar variation indexes are useful for predicting the severity of sepsis: a prospective observational study | |
| Title of the study (Brief title) | Blood sugar variation index in sepsis patients | |
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| Condition | ||
| Condition | sepsis | |
| Classification by specialty |
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| Classification by malignancy | Others | |
| Genomic information | NO | |
| Objectives | |
| Narrative objectives1 | To objective of this study is to measure the HbA1c value at entry into the ICU and continuous blood glucose at 48 hours after the start of sepsis treatment and calculate the acute phase glycemic change index from both. We will examine the relationships of known prognostic indices of blood glucose control (mean blood sugar, peak blood sugar, minimum blood sugar, and blood glucose) with acute phase glycemic change index and patient prognosis, immune function during treatment of sepsis, oxidative stress response. We would like to clarify the most important index of glycemic control in sepsis patients. |
| Basic objectives2 | Others |
| Basic objectives -Others | We will investigate the mechanism of acute blood glucose change by examining the relationships of known glycemic control indices (mean blood sugar, peak blood glucose, minimum blood sugar, and blood glucose variation) with acute blood glucose change index and blood glucose-regulating hormones. |
| Trial characteristics_1 | |
| Trial characteristics_2 | |
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| Assessment | |
| Primary outcomes | Total 28-day mortality |
| Key secondary outcomes | (1) Number of ICU-free days at the 28th day after ICU admission
(2) Number of ventilator-free days at 28th day after ICU admittion (3) Incidence of organ disorder (4) SOFA score (5) immune function (48 hours after ICU admission, change ratio) (6) oxidative stress (48 hours after ICU admission, change ratio) |
| Base | |
| Study type | Observational |
| Study design | |
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| Blinding | |
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| Dynamic allocation | |
| Institution consideration | |
| Blocking | |
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| Intervention | |
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| Eligibility | ||||
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| Gender | Male and Female | |||
| Key inclusion criteria | (1) Patients with sepsis admitted to our hospital ICU (standard of sepsis being Sepsis - 3) who have suspected infection and an increase in SOFA score by 2 points or more
(2) Age of more than 20 years at the time of consent acquisition (3) Patients expected to enter the ICU for more than 48 hours (4) Documented consent obtained from the patient or substitute person for this research |
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| Key exclusion criteria | (1) Patients under 20 years of age
(2) Pregnant patients (3) Research director judged as inappropriate |
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| Target sample size | 180 | |||
| Research contact person | |
| Name of lead principal investigator | Moritoki Egi |
| Organization | Kobe University Hospital |
| Division name | Department of Anesthesiology |
| Address | 7-5-2 Kusunoki-cho, Chuo-ku, Kobe-shi |
| TEL | 078-382-6172 |
| moriori@tg8.so-net.ne.jp | |
| Public contact | |
| Name of contact person | Moritoki Egi |
| Organization | Kobe university graduate school of medicine |
| Division name | Division of anesthesiology, Department of suegery related, |
| Address | 7-5-2 Kusunoki-cho, Chuo-ku, Kobe-shi |
| TEL | 078-382-6172 |
| Homepage URL | |
| moriori@tg8.so-net.ne.jp | |
| Sponsor | |
| Institute | Kobe university graduate school of medicine |
| Institute | |
| Department | |
| Funding Source | |
| Organization | Ministry of Education, Culture, Sports, Science and Technology |
| Organization | |
| Division | |
| Category of Funding Organization | Japanese Governmental office |
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| Secondary IDs | |
| Secondary IDs | NO |
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| Recruitment status | Open public recruiting | ||||||
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| Related information | |
| URL releasing protocol | |
| Publication of results | Unpublished |
| URL releasing results | |
| Results | |
| Other related information | Design: prospective observational study
Method: We will measure HbA1c at the time of admission to the ICU and continuously measure blood glucose level for 48 hours after the start of sepsis treatment. Next, we will calculate the blood glucose control index (changes in blood glucose level, maximum blood glucose level, lowest blood sugar level, blood sugar level) from continuous blood sugar measurement for 48 hours. We will also calculate an acute phase glycemic variation index using the value of HbA1c and the mean blood glucose value over a period of 48 hours in the ICU is calculated. We will also obtain prognostic information (total 28-day mortality rate, number of ICU-free survival days at the 28th day after ICU admission, number of ventilator-free days at the 28th day after ICU admission, organ failure rate, SOFA score, immune function (48 hours and after change), and oxidative stress value (48 hours and after change)). Statistical analysis: We will analyze the relationships between HbA1c value at ICU admission, change in blood glucose level at 48 hours after the start of sepsis treatment, acute phase glycemic change index, patient prognosis, immune function, oxidative stress and blood glucose-regulating hormones. From these results, we will assess optimal blood glucose control methods for improvement of immune function, reduction of oxidative stress, and improvement of prognosis. Study period: From the time of approval by the Ethics Committee until March 2020. |
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| Link to view the page | |
| URL(English) | https://upload.umin.ac.jp/cgi-open-bin/ctr_e/ctr_view.cgi?recptno=R000031694 |