

We have been developing a library of cough sound sequences to establish a strong relationship between cough patterns and respiratory conditions including widened airway, narrowed airway, fluid filled air sacs, and stiff lungs. The audiometric patterns from the cough sounds have been matched with spirometry data, a technique to measure lung function in order to determine the severity of a viral infection & risks associated with it.
The Rosalind Franklin Labs at iSCOPE Systems has been established to honour Rosalind Franklin, a prominent British Jewish Scientist whose work was central to the understanding of the molecular structures of DNA (deoxyribonucleic acid), RNA (ribonucleic acid), viruses, coal, and graphite.
The canonical virology of today, that is a single strand of RNA wrapped in nucleoprotein, self assembling to form a rod-like virion is all too familiar to us but Rosalind’s seminal work on virus structures was largely dismissed. She was, however, proven right on every count after her untimely death.
We celebrate her achievements and her attitude to dig deeper and challenge the status quo. The RFranklin lab is assigned with the task of developing products that are perceived as unconventional, paradigm shifting, ambitious and having an impact on human lives.
iSCOPE is an agile,
collaborative and
human-centric design oriented
team of engineers, scientists,
& entrepreneurs.