Meta AnalysisID 4677

胰蛋白酶抑制剂的抗菌作用机制:系统评价和Meta分析方案

CRD42020189069

What are the antibacterial mechanisms of action of trypsin inhibitor peptides or proteins? Therefore, the research question is: P – Rats, Mice, Cell, Bacterial culture I - Administration of peptides or proteins trypsin i

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Record Fields

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Meta Analysis Id
4677
Evidence Id
13235
Core Evidence Id
13235
Source Meta Analysis Id
4645
Herb2 Meta Analysis Id
HBMA004645
Crd Id
CRD42020189069
Title
Antibacterial action mechanisms of trypsin inhibitors: a protocol for systematic review and meta-analysis
Review Question
What are the antibacterial mechanisms of action of trypsin inhibitor peptides or proteins? Therefore, the research question is: P – Rats, Mice, Cell, Bacterial culture I - Administration of peptides or proteins trypsin inhibitors type C - Rats or mice, bacterial cells or cultures treated with other bacterial agents O - Mechanisms of action of peptides or proteins trypsin inhibitor type on bacterial activity S- In vitro (bacterial culture), cell and in vivo experimental studies Context and rationale Mortality rates due to opportunistic infections, due to resistance to antimicrobial drugs, have increased, thus being considered a public health problem. In this context, peptides or proteins trypsin inhibitor type has stood out concerning antibacterial activity in animal studies mainly regarding infectious diseases arising from metabolic or external factors, for example, sepsis. Therefore, this systematic review aims to understand the action mechanisms, mainly involved in the antibacterial activity, to have a coherent and concise perception of the action of peptides or proteins trypsin inhibitor type. The information obtained in the proposed review may assist in the development of other research and disseminate the study of these promising bioactive compounds in advancing the production of safe foods and medicines for the world population.
Study Type Included
Inclusion criteria: This review will include controlled studies with separate control groups or with cross-over designs. Exclusion criteria: Case studies or studies without control groups will be excluded.
Condition Being Studied
Participant
Animal
Inclusion criteria: Rats or mice of both sexes and ages, without restriction of water or diet and in vitro (bacterial culture) studies and in cell. Exclusion criteria: Other types of animals or population.
Human Disease Modelled
Infectious disease caused by bacteria, for example, sepsis.
Intervention
Inclusion criteria: Studies involving treatment with application of trypsin inhibitor peptides that have a mechanism of action Exclusion criteria: Studies that do not describe the antibacterial action, will be excluded.
Comparator Control
Inclusion criteria: In vitro studies (bacterial culture), in cell and in vivo studies with rats and / or mice of both sexes and ages will be included that evaluating the use of peptides or proteins trypsin inhibitor type and discuss the possible action mechanisms of antibacterial action. Exclusion criteria: Other types of animals or population and studies without at least one control group.
Main Outcome
Outcome Measure
Inclusion criteria: Mechanisms of antibacterial action of peptides or proteins trypsin inhibitor type. Exclusion criteria: Studies that do not describe of antibacterial action.
Additional Outcome
Study Method
Keyword
Animals; Anti-Bacterial Agents; Seeds; Trypsin Inhibitors
Contact
Amanda Maria de Souza Nascimento [email protected]
Organisational Affiliation
Federal University of Rio Grande do Norte https://ufrn.br/
Funding Source
No source.
Other Selection Criteria
There will be no restriction on languages and year of publication.
Final Publication
Same Topic Review
Not applicable.
Published Protocol
Review Type
Experimental animal exposure review
Language
English
Country
Brazil
Review Stage
Review Ongoing
First Submission Date
2020-06-11
Registration Date
2020-08-25
Anticipated Start Date
2020-11-30
Anticipated Completion Date
2021-12-30
Title Cn
胰蛋白酶抑制剂的抗菌作用机制:系统评价和Meta分析方案
Title En
Antibacterial action mechanisms of trypsin inhibitors: a protocol for systematic review and meta-analysis
Bilingual Status
complete