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A flowchart that explains the Brugada Algorithm, which is a mathematical algorithm used to analyze the absence of an RS complex in all precordial leads. The flowchart is divided into four sections. The first section is labeled "Absence of RS complex" and shows the relationship between the absence and the presence of the RS complex. The absence is represented by a red arrow pointing to the left side of the flowchart. The second section is titled "Yes" and has a blue arrow pointing towards the right side. The third section is labelled "VT" and is labeled as "SN=21 SP=1.0". The fourth section is called "R to S interval = 100ms in one precordial lead". There are also two options - "AV dissociation?" and "Morphology criteria for VT present both in precordial leads V1-2 and V6?". The first option is "VT SN=66 SP=98". The second option is labeled with "SN =82 SP =98" and the third option is labelled with "V7 SN=987 SP=965".
Brugada Syndrome Electrocardiography Screenshot Medical Diagnosis PNG
. The resolution of this PNG file is 1000 x 998 pixels and it has a file size of 81.74 KB.A flowchart that explains the Brugada Algorithm, which is a mathematical algorithm used to analyze the absence of an RS complex in all precordial leads. The flowchart is divided into four sections. The first section is labeled "Absence of RS complex" and shows the relationship between the absence and the presence of the RS complex. The absence is represented by a red arrow pointing to the left side of the flowchart. The second section is titled "Yes" and has a blue arrow pointing towards the right side. The third section is labelled "VT" and is labeled as "SN=21 SP=1.0". The fourth section is called "R to S interval = 100ms in one precordial lead". There are also two options - "AV dissociation?" and "Morphology criteria for VT present both in precordial leads V1-2 and V6?". The first option is "VT SN=66 SP=98". The second option is labeled with "SN =82 SP =98" and the third option is labelled with "V7 SN=987 SP=965".
