Do they break ribs for lung surgery?

No, surgeons typically do not break the patient's ribs for lung surgery. Breaking ribs to access the lungs was a fairly common practice in the past and even up to a few decades ago in some cases.  However, today’s medical technology has drastically reduced the need for this invasive technique as well as its associated risks.

When conducting certain types of lung surgeries, such as removing a tumor or repairing damaged tissue, doctors may still need direct access to the lungs through an incision in the chest wall. In these situations, they can often use minimally invasive techniques such as video-assisted thoracoscopic surgery (VATS), which involves making several small incisions instead of one large one and using tiny instruments inserted through those openings. VATS is much less painful than traditional open-chest surgery and requires only local anesthesia rather than general anesthesia. It also results in a shorter hospital stay and quicker recovery time overall compared with open-chest procedures that require rib fracturing.

Robotic thoracic surgery is another route that doctors are increasingly turning to when performing pulmonary operations without having to make large chest incisions or crack any bones at all! This method utilizes cameras mounted on robotic arms controlled by surgeons from remote consoles who can guide them during delicate maneuvers inside patients' chests with greater accuracy and precision than manually operated tools would allow for otherwise. Robotic thoracic surgeries reduce postoperative pain levels significantly compared with conventional ones because no ribs are broken nor any other major structures disrupted during their course of action—only tiny ports are made into tissue layers via keyhole entrees from where multiple robotic devices can fit without introducing much discomfort or trauma into a patient's anatomy whatsoever!

This modern surgical approach offers numerous benefits over traditional rib breaking methods including lower risk of infection due to limited surface area exposed during operation; decreased chances of complications caused by accidental damage inflicted on organs/tissues neighboring treatment zones; improved visual accuracy while performing intricate tasks like suturing or dissecting delicate materials inside tight spaces within confined anatomical compartments—just name but few examples! Overall it presents patients with safer treatment options resulting in shorter stays both at hospital & home recovering afterwards since there’s no need for any long rehabilitation periods either!