Hemoder HI is the conceptual evolution of Hemoder PBM. While Hemoder PBM manages the process associated with a single sample sent for ROTEM thromboelastometry, Hemoder HI makes it possible to manage a comprehensive critical episode, including multiple diagnoses and various actions (treatments and procedures) at different times. Hemoder HI compiles all that process within the same episode.
Benefits:
Improves patient safety during a defined critical episode, facilitating the implementation throughout the institution of the same treatment scheme guided by algorithms. This decision support process also improves the cost/effectiveness of management.
It improves the response time (TAT) when it comes to putting the results in the hands of the treating physicians.
Makes communication between the professionals involved in a critical episode more effective.
Integrates results from Point of Care instruments (located in different medical services) along with results from centralized Laboratory or Hemotherapy Systems.
Allows individualizing diagnostic/therapeutic routes for each hospital to handle different critical situations. Personalization can include pretest clinical scores, diagnostic tests, and associated treatment algorithms.
Allows the manual registration of treatments and procedures with identification of each participant and each registered action.
Benefits:
Improves patient safety during a defined critical episode, facilitating the implementation throughout the institution of the same treatment scheme guided by algorithms. This decision support process also improves the cost/effectiveness of management.
It improves the response time (TAT) when it comes to putting the results in the hands of the treating physicians.
Makes communication between the professionals involved in a critical episode more effective.
Integrates results from Point of Care instruments (located in different medical services) along with results from centralized Laboratory or Hemotherapy Systems.
Allows individualizing diagnostic/therapeutic routes for each hospital to handle different critical situations. Personalization can include pretest clinical scores, diagnostic tests, and associated treatment algorithms.
Allows the manual registration of treatments and procedures with identification of each participant and each registered action.
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