Healthcare Services Business Investment Opportunity in Bangalore, India

1. introduction.
Remote patient monitoring (rpm) is set to revolutionize medical treatments in India by leveraging advanced sensor technology, ai-driven analytics, and continuous health.
Monitoring to provide comprehensive care outside traditional hospital settings by integrating vital parameter tracking, such as oxygen saturation, respiration rate, and blood.
Pressure, pulse rate, Glasgow coma scale (GCS), fall detection, and ECG recordings,
Rpm aims to deliver timely and accurate healthcare interventions. Utilizing vital patches.
And radar cameras, our approach ensures 24/7 monitoring for critical patients and regular check-ups for those with stable conditions. This innovative model not only.
Addresses the needs of recently discharged ICU patients but also offers substantial.
Benefits for managing chronic illnesses and common ailments at home. With structured.
Clinical protocols, extensive clinical trials, and collaboration with government insurance.
Schemes, rpm has the potential to enhance healthcare accessibility, and reduce hospital admissions, and improve patient outcomes, making it a transformative solution for India's healthcare system.
2. remote patient monitoring.
The patient's health state can be determined by seven parameters.
1. oxygen saturation,
2. respiration rate,
3. systolic blood pressure,
4. pulse rate.
5. GCS.
6. fall detection.
7. ECG.
A vital patch can be applied to the chest (already used in United States) that can help us measure the ECGG recordings and identify important and critical findings like arrhythmias, mi.
We need to decide the extent of clinical care we can provide to our clients we can try.
Introducing remote home care monitoring instead of traditional hospital treatment by.
Keeping track of patients and creating a platform that can provide required care (specifically for recent ICU discharged patients)
3. remote patient monitoring (RMP) model.
Patient (with sensors) - detection of vitals - AI picking it up (monitored by doctor) -
Detect abnormal findings - alert only if the abnormal trending is noted for one min (to.
Minimize false positive findings) - doctor interprets the abnormal vitals - calls the.
Patient/ relative.
4. let's understand using a triage categorization model.
1. red: patients in this category will be requiring 24/7 monitoring, which includes.
Patients with illnesses like stroke, long-standing lung diseases like COPD, and heart.
Disease, or any elderly patient with neuro- or multi-organ involvement.
Patient with sensor.
Detection of vitals.
Ai analyzing captured data.
Ai raises alert on detected.
Abnormal trends.
Doctor interprets.
Abnormal vitals.
Alerts.
Patient/relative.
ES.
4.
2. yellow: patients in this category will require attention, but the disease for which they are undergoing treatment will not be life-threatening.
3. green: in this category, we can monitor every patient who is stable but is on.
Regular medications for diseases like hypertension, diabetes, high cholesterol.
Other services that can be worked on 24/7 are visual care by using a radar camera.
5. Market potential: for whom this will be beneficial?
This service is for the clients who are completely bedridden and would require a nurse.
And a remote team to monitor the patient.
For instance, a paraplegic patient with a tracheotomy just discharged from the hospital.
Requires timely tracheotomy suctioning, fever management, pain management, ryles.
Tube feeding, catheter care, etc.
Some of the features of radar like - high-definition zoom can help us track every.
Movement of the patient with the vitals makes it a valuable asset. Radar not only allows us to visually monitor but also clinically intervene and deliver the care to patients in every possible way.
In a long run, not only chronically ill patients we can also work on most common.
Illness like viral fever, dengue, typhoid, etc. , at their home by delivering clinical care.
Not compromising on quality of the treatment,
Two nurses will visit the patients house in a day, completing an 8-hour shift only.
Leaving a gap between 10 p. m. and 6 a. m. , where a standby male nurse will be there.
For any patient in the city for administering injections and fluids.
Daily doctor visits will be kept mandatory where the relatives will be counseled; along.
With that, one tele round with the doctor (remote) will also be done; services like blood collection, lab reporting can be added.
5.
A full-time standby doctor and a standby nurse (male) will be kept. 70–80 percent of all.
Hospital admissions with minor to moderate illness can be taken care off by following.
The protocol of sterile practice, where a quality team will be monitoring the services.
6. some ideas to be considered.
A not highly priced watch/vital patch with all features can be made available which will be of 2-3 types.
• type 1: only vitals monitoring.
• type 2: vitals with ECG.
• type 3: vitals with ECG and anti-fall detection.
These devices will be used according to different clinical scenarios/case presentations.
7. Clinical trials.
We must run a series of clinical trials and conclude on how technically possible it will be to launch in the market.
After a convincing 75-85 percent accuracy obtained, we can think about how.
Economically it can be for the population or for the government to provide it to the people.
Engaging with government insurance like Ayushman Bharath and other state/national.
Insurance schemes will be a great way to start on.
In my opinion, a cost-effective device, structured clinical protocol after a series of.
Clinical trials and then embedding it with ai will be a breakthrough.
After clinical trials of the products we can offer free services for 100 volunteer patients.
Who were discharged with conditions related to cardiology and neurology either from.
Government/private hospitals/medical collage.
We will work on monitoring those 100 patients for a month and produce a case study.
By justifying the findings with the recordings of our devices.
6. This will give us an insight of our capabilities to deliver the extent of clinical services.
Which can actually delivered technically and clinically.
Also, in the long run, implementing certain developing countries in southeast Asia and.
Africa can be considered.
8. Conclusion.
Remote patient monitoring (RMP) represents a significant advancement in healthcare,
Offering a seamless blend of technology and clinical care to monitor and manage.
Patients' health remotely. By leveraging sensors and ai, RMP ensures continuous.
Monitoring, timely detection of abnormalities, and prompt medical intervention,
Particularly for patients recently discharged from intensive care or those with chronic.
Illnesses. This innovative approach not only enhances the quality of patient care but.
Also reduces the burden on hospital resources, paving the way for a more efficient and.
Patient-centered healthcare system.