Tropical diseases are contagious diseases and are also larger in number and are more subtle in the avoidance and diminishment of their dissemination in tropical and subtropical areas. Bacteria belonging to the division of the word arthropodoe (the bugs that predominantly bite by way of being tick by mosquitos and other arthropod, including flies), which involve some of the medicinal bugs that can transmit diseases to humans, for example mosquitos, bees, flies, etc. This illnesses, as tropical diseases with related consequences to electronic cigarette use, are of special concern. Via the use of a piezoelectric MEMS(Micro Electro Mechanical Systems) based sensor, researchers propose to establish a classification scheme for diseases that are frequently elevated in tropical and subtropical areas. For our experiment, we consider four kinds of viruses, Zika, Chikungunya, Dengue, and Malaria transmittable through mosquitoes. To realise a structure that is 100 μm × 50 μm × 250 nm thick, it is appropriate for one to use a piezoelectric array made of a poly‑silicon-based cantilever. The electromagnetic induction actuation device is used to detect fluctuations in the measurement pointer during the mechanical adjustments in the cantilever. The emitted photons at the resonant frequencies are important, since the particles that are emitted end up on the end of the cantilever. The average performance voltage of the NEMS(Nano Electro Mechanical Systems)- based bio-sensor simulation results, which involves a Zika virus, Chikunguniia, dengue and Malaria viruses, was 1.98 × 10⁻⁴, 2.04 × 10⁻⁴, 2.23 × 10⁻⁴ and 3.43 × 10⁻⁴ respectively. The related results obtained from both variations of this biosensor in detecting both tropical and subtropical diseases indicate the efficacy of this biosensor in simultaneously detecting tropical and subtropical diseases.

热带疾病是传染性疾病，其数量也更大，在避免和减少其在热带和亚热带地区的传播方面也更为微妙。细菌属于节肢动物一词的分支（主要通过蚊子和其他节肢动物（包括蝇类）被tick虫叮咬的虫子），其中包括一些可以将疾病传播给人类的药用虫子，例如蚊子，蜜蜂，这种疾病是热带疾病，会给电子烟的使用带来相关后果，因此值得特别关注。通过使用基于压电MEMS（微机电系统）的传感器，研究人员建议针对热带和亚热带地区经常升高的疾病建立分类方案。在我们的实验中，我们考虑了四种病毒，寨卡病毒，基孔肯雅热，登革热和疟疾可通过蚊子传播。为了实现厚度为100μm×50μm×250 nm的结构，适合使用由基于多晶硅的悬臂制成的压电阵列。电磁感应致动装置用于在悬臂的机械调节期间检测测量指示器中的波动。在共振频率下发射的光子很重要，因为发射的粒子最终位于悬臂的末端。基于NEMS（Nano Electro Mechanical Systems）的生物传感器模拟结果的平均性能电压为1.98×10，其中涉及Zika病毒，Chikunguniia，登革热和疟疾病毒。最好使用由多晶硅悬臂制成的压电阵列。电磁感应致动装置用于在悬臂的机械调节期间检测测量指示器中的波动。在共振频率下发射的光子很重要，因为发射的粒子最终位于悬臂的末端。基于NEMS（Nano Electro Mechanical Systems）的生物传感器模拟结果的平均性能电压为1.98×10，其中涉及Zika病毒，Chikunguniia，登革热和疟疾病毒。最好使用由多晶硅悬臂制成的压电阵列。电磁感应致动装置用于在悬臂的机械调节期间检测测量指示器中的波动。在共振频率下发射的光子很重要，因为发射的粒子最终位于悬臂的末端。基于NEMS（Nano Electro Mechanical Systems）的生物传感器模拟结果的平均性能电压为1.98×10，其中涉及Zika病毒，Chikunguniia，登革热和疟疾病毒。在共振频率下发射的光子很重要，因为发射的粒子最终位于悬臂的末端。基于NEMS（Nano Electro Mechanical Systems）的生物传感器模拟结果的平均性能电压为1.98×10，其中涉及Zika病毒，Chikunguniia，登革热和疟疾病毒。在共振频率下发射的光子很重要，因为发射的粒子最终位于悬臂的末端。基于NEMS（Nano Electro Mechanical Systems）的生物传感器模拟结果的平均性能电压为1.98×10，其中涉及Zika病毒，Chikunguniia，登革热和疟疾病毒。^-4，2.04×10 ^-4，2.23×10 ^-4和3.43×10 ^-4分别。从该生物传感器的两种变体在检测热带和亚热带疾病中获得的相关结果表明，该生物传感器在同时检测热带和亚热带疾病中的功效。