DIALYSIS SYSTEM HAVING REMOTE MONITORING AND CONTROL
A dialysis system includes a fluidics system configured to perform a dialysis treatment session for a patient by having sensor(s) that measure corresponding parameter(s) and having dialysis actuator(s) that configures fluid flow through the fluidics system. The dialysis system includes a communication subsystem configured to communicatively connect to user device(s). A controller of the dialysis system is communicatively coupled to the fluidics system and the communication subsystem. The controller operates the fluidics system to perform the dialysis treatment session. The controller maintains data associated with the fluidics system. The data includes data types of patient health information, de-identified health information; and non-health information. The controller identifies access rights associated with first credential used by a first user device to the data types and communicates the data types to the first user device according to the access rights.
1 . A dialysis system comprising:
a fluidics system configured to perform a dialysis treatment session for a patient, the fluidics system comprising:
at least one sensor that senses a corresponding at least one parameter;
a dialyzer; and
at least one dialysis actuator that configures fluid flow through the fluidics system;
a communication subsystem configured to communicatively connect to one or more user devices; and
a controller communicatively coupled to the fluidics system and the communication subsystem, and which:
operates the fluidics system to perform the dialysis treatment session;
maintains data associated with the fluidics system, the data comprising data types of at least two of: (i) patient health information (PHI); (ii) de-identified health information; and (iii) non-health information;
identifies access rights associated with a first credential used by a first user device to one or more of the data types;
communicates one or more of the data types to the first user device according to the access rights; and
in response to receiving a control input from the first user device:
identifies a control level of control privileges associated with the first credential used by the first user device to reconfigure the fluidics system to change the dialysis treatment session, the control privileges being stratified in control levels of: (i) no control allowed; (ii) limited control; and (iii) full control;
monitors the at least one sensor and respective states of the at least one fluidics actuators to determine a current state of the dialysis treatment session;
determines whether the control input is therapeutically allowed based on the current status of the dialysis treatment session;
determines whether the first user device has the corresponding control level associated with the control input; and
configures the fluidics system in response to the control input being both allowed therapeutically and according to the corresponding control level.
2 . The dialysis system of claim 1 , wherein the controller:
accesses a prescription attributed to a patient identifier via the communication subsystem; and
configures the fluidics system according to the prescription to perform the dialysis treatment session.
3 . The dialysis system of claim 1 , wherein the fluidics system further comprises:
an extracorporeal circuit comprising:
an arterial portion configured to receive untreated blood from the patient;
a venous portion configurable to return treated blood to the patient;
a dialysate module comprising the dialyzer that treats the untreated blood; and
a water treatment module that provides filtered water to the dialysate module.
4 . The dialysis system of claim 1 , wherein the controller:
in response to determining that the current state of the dialysis treatment session comprises at least one fluidics parameter being outside of an acceptable range:
associates the control input with a therapeutic response to the at least one fluidics parameter being outside of the acceptable range; and
communicates a control recommendation to the first user device in response to determining that the control level associated with the first user device allow selection of the control recommendation.
5 . The dialysis system of claim 4 , wherein:
the at least one sensor senses the corresponding at least one parameter that is related to blood flow rate;
the at least one dialysis actuator comprises a blood pump positioned to move untreated blood of the patient through the dialyzer at a defined blood flow rate; and
the controller actuates a pump rate of the blood pump to adjust the blood flow rate toward the acceptable range.
6 . The dialysis system of claim 4 , wherein:
the at least one sensor comprises one or more of: (i) a blood pressure sensor configured to measure the at least one fluidics parameter comprising a blood pressure of the patient;
and (ii) a blood volume sensor configured to determine the at least one fluidics parameter comprising available blood volume of the patient;
the at least one dialysis actuator is configured to selectively allow at least one of: (i) a saline bolus; and (ii) an ultrapure dialysate to be infused with the blood of the patient;
the at least one fluidics parameter is based on at least one of an arterial pressure value detected by an arterial pressure sensor and a venous pressure value detected by a venous pressure sensor; and
the controller actuates the at least one dialysis actuator to infuse the at least one of: (i) a saline bolus; and (ii) the ultrapure dialysate to adjust the at least one fluidics parameter toward the acceptable range.
7 . The dialysis system of claim 4 , wherein:
the at least one sensor comprises one or more of: (i) a blood pressure sensor configured to measure the at least one fluidics parameter comprising blood pressure of the patient; and (ii) a blood volume sensor configured to determine the at least one fluidics parameter comprising available blood volume of the patient;
the at least one dialysis actuator comprises a dialysate pump positioned to move dialysate through the dialyzer at a dialysate flow rate;
a prescription comprises at least one of a fluid removal rate goal and a fluid removal amount goal that is related to a pump rate of the dialysate pump and related to a duration of the dialysis treatment session; and
the controller adjusts the pump rate of the dialysate pump and correspondingly adjusts at least one of the fluid removal rate goal and the fluid removal amount goal to cause an adjustment of the at least one parameter toward the acceptable range.
8 . The dialysis system of claim 4 , wherein the controller:
transmits a report to the first user device indicating successful configuration of the fluidics system in response to the control input being both allowed therapeutically and according to control level; and
transmits a report to the first user device indicating unsuccessful configuration of the fluidics system in response to the control input being one or more of not allowed therapeutically or not allowed according to the control level of control privileges associated with the first credential.
9 . The dialysis system of claim 1 , wherein the controller transmits one or more signals comprising de-identified health information to the first user device by:
generating a graphical user interface of the dialysis treatment session that depicts both PHI and de-identified health information in one or more spatially-defined field locations of the graphical user interface;
determining which spatially-defined field locations are reserved for PHI;
altering the graphical user interface to block the spatially-defined field locations reserved for PHI; and
communicating the altered graphical user interface to the first user device.
10 . The dialysis system of claim 1 , wherein the controller:
in response to determining that the access rights comprise notification of the dialysis treatment session:
communicates a first report indicating initiation of the dialysis treatment session to the first user device in response to beginning the dialysis treatment session; and
communicates a second report indicating termination of the dialysis treatment session to the first user device in response to ending the dialysis treatment session.
11 . The dialysis system of claim 1 , wherein the controller:
in response to determining that the current state of the dialysis treatment session comprises at least one fluidics parameter being outside of an acceptable range:
associates the control input with a therapeutic response to the at least one fluidics parameter being outside of the acceptable range;
identifies a particular user device of the one or more user devices having control privileges associated with the control input;
connects with the particular user device using the communication subsystem; and
communicates a control recommendation to the particular user device.
12 . A dialysis system comprising:
a fluidics system configured to perform a dialysis treatment session for a patient, the fluidics system comprising:
at least one sensor that measures at least one parameter; and
at least one dialysis actuator that configures fluid flow through the fluidics system;
a communication subsystem configured to communicatively connect to one or more user devices; and
a controller communicatively coupled to the fluidics system and the communication subsystem, which:
operates the fluidics system to perform the dialysis treatment session;
maintains data associated with the fluidics system, the data comprising data types of at least two of: (i) patient health information (PHI); (ii) de-identified health information; and (iii) non-health information;
identifies access rights associated with first credential used by a first user device to one or more of the data types; and
communicates one or more of the data types to the first user device according to the access rights.
13 . The dialysis system of claim 12 , wherein the controller communicates data that comprises de-identified health information by:
generating a graphical user interface of the dialysis treatment session that depicts both PHI and de-identified health information in spatially-defined field locations;
determining one or more spatially-defined field locations are reserved for PHI;
altering the graphical user interface to block the one or more spatially-defined field locations reserved for PHI; and
communicating the altered graphical user interface to the first user device.
14 . The dialysis system of claim 13 , wherein the controller:
transmits a first report to the first user device indicating successful configuration of the fluidics system in response to a control input being both allowed therapeutically and according to a control level of control privileges associated with a first credential; and
transmits a second report to the first user device indicating unsuccessful configuration of the fluidics system in response to the control input being one or more of not allowed therapeutically or not allowed according to the control level of control privileges associated with the first credential.
15 . The dialysis system of claim 13 , wherein the controller:
in response to determining that the access rights comprise notification of the dialysis treatment session:
communicates a first report indicating initiation of the dialysis treatment session to the first user device in response to beginning the dialysis treatment session; and
communicates a second report indicating termination of the dialysis treatment session to the first user device in response to ending the dialysis treatment session.
16 . A dialysis system comprising:
a fluidics system configured to perform a dialysis treatment session for a patient, the fluidics system comprising at least one sensor that measure corresponding at least one parameter and at least one dialysis actuator that configures fluid flow through the fluidics system;
a communication subsystem configured to communicatively connect to one or more user devices; and
a controller communicatively coupled to the fluidics system and the communication subsystem, and which:
operates the fluidics system to perform the dialysis treatment session; and
in response to receiving a control input from a first user device via the communication subsystem:
identifies a control level of control privileges associated with a first credential associated with the first user device to reconfigure the fluidics system to change the dialysis treatment session, the control privileges being stratified into control levels of one of: (i) no control allowed; (ii) limited control; and (iii) full control;
monitors the at least one sensor and respective states of the more than one fluidics actuators to determine a current state of the dialysis treatment session;
determines whether the control input is therapeutically allowed based on the current status of the dialysis treatment session;
determines whether the first user device has the corresponding control level associated with the control input; and
configures the fluidics system in response to the control input being both allowed therapeutically and according to control level.