CRITICAL CARE & INTENSIVE CARE

PHILIPS INGENUITY CT (128 slice CT scanner)

• Low-dose, low-energy and low-noise imaging
• Ingenuity CT with iDose gives up to 80% less dose while maintaining image quality
• ECG Dose Modulation for up to 53% dose reduction
• Consistent tracking of the physiologic cardiac phase
• Automatic arrhythmia detection and management
• Step and Shoot enables low-dose, high-quality cardiac CT imaging
• Powerful X-ray tube and generator

PHILIPS VOLCANO -CORE MOBILE Intravascular Ultrasound System (IVUS) System

• Fractional flow reserve (FFR), instantaneous wave-free ratio (iFR) system
• Fast and simple image interpretation
• Automated lumen and vessel measurements
• Colourised tissue map of plaque composition
• Automatic border detection
• Enhanced diagnostic confidence
• Integrated with built in virtual histology

PHILIPS AZURION 7 C12 (Monoplane Cath lab)

• Low X-ray dose levels
• Ceiling suspended Azurion Cath Lab
• Manage radiation using small focal spot sizes
• Low contrast usage to the patient benefit
• Motion compensated coronary imaging
• Navigate coronary arteries efficiently and with confidence
• Enhanced live images will be automatically displayed

PHILIPS INGENIA ELITION 3.0T S (3 Tesla MRI machine)

• MRI exams up to 50% faster
• Wide bore for claustrophobic patients with immersive audio-visual experience to calm them
• Up to 40% less noise

GETINGE ROTAFLOW (Extracorporeal membrane oxygenation - ECMO machine)

• High performance of the oxygenator and pump ensures safe and effective patient support and user management
• Low resistance of the PLS-i Oxygenator and the high efficiency of the ROTAFLOW Centrifugal Pump reduce blood damage to a minimum
• HIT Set PLS Plus is specially designed for use on patients who are susceptible to heparin-induced thrombocytopenia

CASE STUDY 1

57-year-old patient presented in the ER after a severe heart attack with low BP. To regain BP on a severely damaged heart, the patient was immediately put on an IABP pump followed with opening of the blocked blood vessel in the heart (primary PTCA). Subsequently, heart circulation improved and the IABP pump was removed on the second day post-PTCA. He was shifted to the ward and discharged on Day 7 with good improvement. As the patient is the head of his family, we not only saved his life but his whole family.

CASE STUDY 2

53 – year- old presented in the ER post myocardial infarction with severe left ventricular dysfunction – Ejection Fraction: 15. The patient came in shock VT with heart rate of 180-200 fluctuating. Multiple shocks were given to revive the patient. Subsequently managed with inotropes support to improve the LV function and also, hypoxic injury of the liver and anuric kidney. seven days post therapy, he required LVAD to improve the LV. Patient is awaiting LVAD (bridging therapy) followed by heart transplant. With med, organs recovered.