Abstract: A physiological detection method includes the following steps. A detection portion of a human body is detected to obtain a detection signal. Then, the detection signal is processed to output a digital physiological signal. The digital physiological signal is received to calculate and obtain first information and second information related to feature points thereof. Then, a ratio of the second information to the first information is calculated to obtain a physiological condition index. The digital physiological signal includes pulse waves generated according to a time sequence. The feature points of the digital physiological signal include a wave pulse peak and a foot point located at a forepart of the rising edge of the wave. In addition, a physiological detection device is also introduced.

Abstract: A blood oxygen and electrocardiography measuring apparatus, including a first clipping component, a second clipping component, a heart rate sensing pad, and a blood oxygen sensing component, is provided. The second clipping component and the first clipping component are pivoted with each other. The heart rate sensing pad is disposed on the second clipping component and located between the first clipping component and the second clipping component. The blood oxygen sensing component is disposed on the second clipping component and located between the second clipping component and the heart rate sensing pad. The blood oxygen sensing component is exposed from the heart rate sensing pad.