Personalized medicine is taking another turn and approaching the pharmaceutical industry. Three-dimensional printing is growing in popularity in the field and has some scientists wondering if the practice of prescribing based on generalizations is coming to an end.

The Pharmaceutical Industry Today

Although physicians prescribe medications for patients based on particular illnesses, the overarching idea of such drugs working for the recipient ultimately comes down to an educated guess. Scientists use data based on a person’s race, gender, and medical record to determine what may work for a patient. So while you may think that the doctor’s pharmaceutical orders are personalized for you, such prescriptions are a product of generalizations made after the suggested drug was tested on hundreds of others. There is, in essence, no guarantee that the remedy will work to your benefit, which is why every prescription comes with a list of potential side effects.

How Personalized Medicine Can Help

Precision medicine is working to change the tides with machines, more than likely built with durable titanium wires and metals, which provide 3D imaging and printing. Three-dimensional printing has been around for years but was mostly used in manufacturing medical goods. One unique aspect of the technology is its ability to fuse together different materials to create nearly any object. 

Three-dimensional printing is capable of layering materials on top of one another, which further adds to the possibilities in personalized medicine. Imagine patients taking one prescribed drug that rectifies all of their issues instead of taking a series of pills every day. Such is the potential of 3D printing. Three-dimensional printing also poses the opportunity for physicians to pinpoint a patient’s reception to drugs better. The days of generalization based on prior statistics may come to an end with 3D imaging. Limitless dosage forms are also a possibility of 3D printing but may challenge conventional drug fabrication.

Precision Medicine with 3D Printing in the Lab

Patients benefit from personalized medicine when advances are first successful in the lab. Three-dimensional imaging already allows researchers to implement layers for better control of active ingredients. Such power gives scientists more leverage to study variations of release more carefully, which ultimately leads to medication that is more closely tailor-made to the patient.

Titanium wires play an intricate part of the 3D image revolution in the pharmaceutical industry. In fact, 3D printing machines made their debut in aerospace technology before coming to the medical field with metal wires as one of the main materials used to craft the devices. Such is the reason why many investors turn to titanium for commodity additions to their portfolios. The precious metal is capable of transcending various fields and propelling societies into the future of everything from high-tech aircrafts to specialized medicine.

The possibilities appear grand in the medical field with 3D printing entering the pharmaceutical industry. Personalized medicine just may the remedy that eliminates a large bulk of wrongful deaths due to improper prescriptions.