Anesthesia and Reanimation

Anesthesia and reanimation shape the way patients experience surgery and recovery. Propofol and amantadine play a key role in this process. At Biruni Hospital, these methods are applied with precision, care, and the most up-to-date practices to ensure patients receive the right dose at the right time while minimizing risks.
In this field, every detail matters, and progress comes from combining expertise with the latest technology. This is the balance Biruni strives to achieve in every case.

What anesthesia and reanimation actually involve ?

Anesthesia is not just about putting someone to sleep. It is a carefully controlled state where pain, awareness, and movement are suspended so surgery can proceed safely. Behind the scenes, the body keeps functioning: breathing, circulation, and brain activity are all monitored and managed in real time by trained professionals ready to respond to even the smallest change.

Reanimation is the next stage. Once the surgery ends, the focus shifts to waking the body up safely, keeping vital systems stable, and preventing any sudden complications. When necessary, ICU teams step in to provide close monitoring and support until the patient is ready to recover on their own.

What It Really Involves : 

• Reviewing the patient’s complete medical history and assessing potential risks before the procedure.
• Tailoring the anesthesia plan based on age, medical condition, type of surgery, and past responses to anesthesia.
• Using agents such as propofol for their rapid onset and smooth recovery profile.
• Ensuring the airway is protected and oxygen is delivered effectively throughout the procedure.
• Continuously monitoring heart function, oxygen saturation, and brain activity during surgery.
• Carefully reversing anesthesia so the patient regains consciousness safely and without confusion or distress.
• Transferring the patient to intensive care if any signs of instability appear after surgery.
• Watching for complications such as cognitive changes, respiratory depression, or sudden blood pressure drops.
• Adjusting medication levels after surgery to maintain stability and comfort.
• Maintaining clear communication between medical teams to ensure a smooth and accurate handover

What are the types of anesthesia ? 

There are different types of anesthesia based on the needs of the surgery and the patient's condition. Each has specific benefits and levels of sedation.

General anesthesia

General anesthesia is used when a patient must be completely unconscious for surgery. In this state, there is no feeling, awareness, or movement. Medicines temporarily block signals in the brain so pain is not felt and the procedure is not remembered.

When it is needed:

• Major surgeries involving the chest, abdomen, brain, or spine
• Operations that would be too painful or lengthy under lighter anesthesia
• Situations where complete muscle relaxation is required
• Procedures in which movement must be completely prevented for safety

How it works:

• A combination of drugs, such as propofol and muscle relaxants, is given
• Breathing is supported with a ventilator because the muscles are relaxed
• Vital signs (heart rate, breathing, oxygen levels) are monitored continuously
• Anesthesia is adjusted as needed to keep the patient stable
• Medicines are carefully reduced at the end so the patient wakes up safely

Regional anesthesia

Regional anesthesia blocks sensation in a specific part of the body while the patient remains awake or lightly sedated. It works by numbing the nerves that carry pain signals from the targeted area to the brain.

When it is needed:

• Surgeries on the limbs, pelvis, or lower abdomen
• Orthopedic procedures such as knee or hip replacement
• Cesarean section and some types of childbirth pain relief
• Cases where avoiding general anesthesia reduces risk (e.g., certain heart or lung conditions)

How it works:

• An anesthetic drug is injected near a cluster of nerves or into the spinal canal
• Common types include spinal, epidural, and nerve block anesthesia
• The patient may receive mild sedation for comfort
• Vital signs are monitored throughout the procedure
• Numbness usually wears off gradually over a few hours after surgery

Local anesthesia

Local anesthesia numbs only a small, specific area of the body. The patient stays fully awake and alert, feeling no pain in the targeted spot during the procedure.

When it is needed:

• Minor skin surgeries or biopsies
• Dental procedures like fillings or tooth extractions
• Stitches for small cuts or wounds
• Removal of small growths, moles, or cysts
• Diagnostic procedures involving surface tissues

How it works:

• An anesthetic drug is injected directly into the area or applied as a cream/spray
• Blocks nerve signals from the treated site to the brain
• Takes effect within minutes and lasts for the duration of the procedure
• No breathing support is required
• The patient can go home shortly after, with minimal recovery time

What are the types of reanimation

Reanimation is the process of restoring and stabilizing vital functions. It can happen in emergency, post-surgical, or neurological cases. Different approaches are taken based on the situation.

Cardiopulmonary reanimation (CPR)

CPR is an emergency procedure used when the heart stops beating or breathing stops. It combines chest compressions and rescue breaths to keep oxygen flowing to the brain and vital organs until normal heart and lung function can be restored.

When it is needed:

• Sudden cardiac arrest
• Severe heart attack leading to loss of heartbeat
• Drowning incidents with respiratory arrest
• Severe trauma causing heart or breathing stoppage
• Electrical shock accidents
• Drug overdose leading to respiratory or cardiac failure

How it works:

• Chest compressions: Pressing firmly on the chest to manually pump blood through the body
• Rescue breaths: Providing oxygen by mouth-to-mouth or using a ventilation device
• Defibrillation: Using an automated external defibrillator (AED) to restart the heart rhythm, if available
• Continuous monitoring and support until advanced medical care takes over
• Post-resuscitation care to stabilize the patient and prevent brain injury

Key goals:

• Restore blood circulation and breathing
• Prevent brain damage due to lack of oxygen
• Keep the patient stable until full recovery is possible

Postoperative reanimation

Postoperative reanimation is the specialized care provided to patients immediately after surgery to help their body recover from anesthesia and the surgical procedure. It takes place in a recovery room or intensive care unit, depending on the patient’s condition.

When it is needed:

• After major surgeries requiring general or regional anesthesia
• In patients with unstable vital signs post-surgery
• When there’s a high risk of respiratory or cardiac complications
• For patients with pre-existing medical conditions that need close monitoring

How it works:

• Airway and breathing support: Ensuring the patient is breathing well, using oxygen or ventilation if necessary
• Circulation monitoring: Tracking heart rate, blood pressure, and oxygen levels continuously
• Pain management: Administering medications to control pain without causing respiratory depression
• Temperature regulation: Preventing hypothermia or overheating after surgery
• Neurological checks: Monitoring consciousness and mental status as anesthesia wears off
• Fluid and medication management: Adjusting IV fluids, electrolytes, and drugs as needed
• Early complication detection: Watching for bleeding, infection, or organ dysfunction

Key goals:

• Ensure a safe and smooth transition from anesthesia to full consciousness
• Stabilize vital functions before transferring the patient to a ward or home
• Prevent and manage any immediate postoperative complications

Neuro reanimation

Neuro reanimation is the specialized intensive care provided to patients with serious brain or spinal cord injuries, strokes, or other critical neurological conditions. The goal is to protect and support the nervous system while preventing further damage.

When it is needed:

• After severe head or spinal cord trauma
• In cases of major stroke or brain hemorrhage
• Following neurosurgery
• When patients are in a coma or have reduced consciousness
• For severe brain infections or swelling

How it works:

• Neurological monitoring: Continuous assessment of brain function, consciousness level, and reflexes
• Intracranial pressure control: Using medication, drainage, or surgical techniques to reduce pressure inside the skull
• Ventilation and oxygenation: Ensuring the brain gets enough oxygen through breathing support if needed
• Blood flow management: Keeping blood pressure within optimal ranges to maintain brain perfusion
• Seizure prevention and control: Administering anti-seizure drugs and monitoring brain activity
• Fluid and electrolyte balance: Maintaining stable conditions to prevent further brain stress
• Nutritional support: Providing adequate energy for healing, often through feeding tubes if the patient cannot eat

Key goals:

• Preserve and protect brain and spinal cord function
• Prevent secondary brain injury from swelling, lack of oxygen, or low blood flow
• Support recovery and maximize neurological outcomes

Reanimation technologies at Biruni Hospital

Biruni Hospital uses advanced, continuously updated technology to keep patients safe during and after critical procedures. These systems allow real-time monitoring, precise intervention, and fast responses to changes.

Mechanical ventilators

• Provide full or partial breathing support when needed
• Adjusted to lung condition and oxygen requirements
• Maintain safe oxygen and carbon dioxide levels
• Used in ICU and post-anesthesia recovery

Advanced cardiac monitors

• Continuous ECG, heart rhythm, blood pressure, and oxygen tracking
• Instant alerts for dangerous changes
• Essential during and after anesthesia

Infusion pumps

• Deliver drugs with precise control over dose and timing
• Used for sedation, pain control, blood pressure support, and more
• Allow real-time adjustments and reduce human error

Defibrillators

• Restore normal heart rhythm during cardiac arrest or dangerous arrhythmias
• Available in both automatic and manual modes
• Placed throughout ICU and operating rooms for immediate access

Blood gas analyzers

• Quickly measure oxygen, carbon dioxide, and pH levels from blood samples
• Guide ventilation, oxygen therapy, and fluid management
• Crucial for respiratory failure and shock management

Intracranial pressure monitors

• Track brain pressure in head trauma, stroke, or post-neurosurgery cases
• Alert teams before dangerous swelling causes damage
• Guide medication or surgical interventions in neuro reanimation

What it all comes down to

Anesthesia and reanimation are not just procedures. They’re precision tools used in fragile moments where timing and judgment matter most. Whether it’s stabilizing a patient on the edge or guiding someone safely through surgery, the focus stays on control and survival.  At Biruni Hospital, the combination of expertise and advanced technology keeps that balance steady.