3D printing is on a slow trek in transforming and redefining certain industries. However, it is remarkable how its revolutionary spree has skipped on certain prominent applications, such as medicine. That is no longer a valid topic for wonder, however, seeing as how there already is 3d printed pharmaceuticals.
People tend to discount this application because of its intuitive risks. Of course, pretty much everything has flipsides. However, the benefits cannot be denied here. After all, in medicine more than anything else, the cookie cutter approach is greatly being frowned upon. As always, it shouldnt be one size fits all. Rather, specific drugs and treatments should be wound around specific needs. 3d printing offers leeways for that.
The ways and means through which this technology is used can be pretty varied. It may be used just with the drug itself, or more remarkably, it may be used as an implement for surgery, which is really considerable. For instance, there are cases pre surgery wherein data from CT scans are used to print out 3d models of the bones and organs to operate on, in hyper realistic detail. After which, the doctors extensively practiced, planned, and carried out the procedures on these models, which was a big help in the consequent success of the real thing.
Another thing to consider is that this technology isnt exactly cheap. It is a revolutionary technology, to be sure, and then there are the implements to keep in mind, like the equipment and inks, which have a price of their own. Therefore, even when certain printers have become cheaper, specific implements like ink, and also specialized applications, like pharmaceutics, can be prohibitively expensive.
Another advantage is that this product is thoroughly flexible in multifaceted ways. First off, you have the design, then also the ways of manufacturing and developing it. With thoroughly personalized medicines, you know that they have you covered. With this personal zeroing down on the patients profiles, you know that they have chosen the right course of treatment for a particular person.
However, one area in which you cannot really question its influence is with its contributions to pharmaceutics. You have the medical devices, as well. It is part of the so called additive manufacturing enterprise, and theres no denying the fact that its popularity and actuality have steadily increased all over the years.
The testing itself is possible to do on three dimensional printed models. No use testing a drug on a person, since developments can lead to a lot of consequences. However, one can use a bioprinted tissue, whether from the liver, kidney, or whatnot, so that they may evaluate for themselves the excretion profiles of the newly developed drug.
There are 3DP pills that have been approved by the FDA, and that really sets more stepping stones and jump starts for it. The applications veer off course to make medical devices and even implants. With the pills, the oral dosage forms are upped, more than ever, in that they can be specified in dose and composition depending on the individual patient.
3D printing, then again, is not exactly new. Nonetheless, its vamped up use in hefty areas like medicine and pharmaceuticals are quite nascent or newly developed. This puts an element of uncertainty over it, especially when relegated to less able providers. It would do you good to source only from those whose reputation, credibility, and expertise are thoroughly tried and tested.
People tend to discount this application because of its intuitive risks. Of course, pretty much everything has flipsides. However, the benefits cannot be denied here. After all, in medicine more than anything else, the cookie cutter approach is greatly being frowned upon. As always, it shouldnt be one size fits all. Rather, specific drugs and treatments should be wound around specific needs. 3d printing offers leeways for that.
The ways and means through which this technology is used can be pretty varied. It may be used just with the drug itself, or more remarkably, it may be used as an implement for surgery, which is really considerable. For instance, there are cases pre surgery wherein data from CT scans are used to print out 3d models of the bones and organs to operate on, in hyper realistic detail. After which, the doctors extensively practiced, planned, and carried out the procedures on these models, which was a big help in the consequent success of the real thing.
Another thing to consider is that this technology isnt exactly cheap. It is a revolutionary technology, to be sure, and then there are the implements to keep in mind, like the equipment and inks, which have a price of their own. Therefore, even when certain printers have become cheaper, specific implements like ink, and also specialized applications, like pharmaceutics, can be prohibitively expensive.
Another advantage is that this product is thoroughly flexible in multifaceted ways. First off, you have the design, then also the ways of manufacturing and developing it. With thoroughly personalized medicines, you know that they have you covered. With this personal zeroing down on the patients profiles, you know that they have chosen the right course of treatment for a particular person.
However, one area in which you cannot really question its influence is with its contributions to pharmaceutics. You have the medical devices, as well. It is part of the so called additive manufacturing enterprise, and theres no denying the fact that its popularity and actuality have steadily increased all over the years.
The testing itself is possible to do on three dimensional printed models. No use testing a drug on a person, since developments can lead to a lot of consequences. However, one can use a bioprinted tissue, whether from the liver, kidney, or whatnot, so that they may evaluate for themselves the excretion profiles of the newly developed drug.
There are 3DP pills that have been approved by the FDA, and that really sets more stepping stones and jump starts for it. The applications veer off course to make medical devices and even implants. With the pills, the oral dosage forms are upped, more than ever, in that they can be specified in dose and composition depending on the individual patient.
3D printing, then again, is not exactly new. Nonetheless, its vamped up use in hefty areas like medicine and pharmaceuticals are quite nascent or newly developed. This puts an element of uncertainty over it, especially when relegated to less able providers. It would do you good to source only from those whose reputation, credibility, and expertise are thoroughly tried and tested.
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