generally the invention consists of a fish hook 10 with conventional aspects such as point 12 , barb 14 , eye 16 , and bend 18 and shank extending from the point 12 to the eye 16 , and wherein the hook 10 contains an antimicrobial substance 30 . the barbless and retractable barb designs discussed above may also be advantageous for forming the hook 10 of the present invention as they facilitate the release portion of “ catch and release ”; however these designs must be balanced with their detrimental effect , if any , on the catch portion of catch and release . for example , if a barbless hook design is selected to implement the present invention and the barbless aspect reduces the ability to catch fish ( e . g ., too many fish are lost during reeling in of a catch ), then the angler will leave the coated hook in his tackle box and the present invention in that context will be of little assistance in treating the wounds of fish . a similer critical balancing criteria must be identified relating to costs of the hook 10 of the present invention . if the cost of the antimicrobial fishing hook of the present invention is too high as compared to similar non - antimicrobial fishing hooks , then the present invention , no matter how effective at actually treating fish ( or other ) wounds , will be left on the store shelves and thus not be effective in practice . the following embodiments are cognizant of this critical balance . the substance 30 is either located on the surface of the fish hook 10 or contained within the fish hook . if contained within the fish hook 10 , it can be in the composition of the fish hook 10 or in channels or slots that have been cut into the fish hook 10 and filled with the antimicrobial substance . the hook 10 can be made of conventional materials with high - carbon steel , steel alloyed with vanadium , or stainless steel being the most common . the present invention may be particularly advantageous for advancing catch and release concerns when the hook 10 is formed of biodegradable materials such as disclosed in u . s . pat . nos . 6 , 753 , 004 and 5 , 890 , 316 , although cost becomes a particular concern with these alternatives . an antimicrobial substance is a substance that kills or inhibits the growth of microorganisms such as bacteria , fungi , parasites , or protozoans , as well as destroying viruses . antimicrobial substances may target one , some , or all of the above . antimicrobial substances either kill microbes ( microbicidal ) or prevent the growth of microbes ( microbistatic ). antimicrobial substances are not new . there have been many antimicrobial substance developed over thousands of years . silver for instance has been used to treat wounds in soldiers since before the invention of antibiotics . selenium , zinc , and copper are also well known for their antimicrobial properties . these metals rob electrons from bacteria and other pathogens when in contact , stripping their electrons and thereby disrupting their functioning . the purpose of the antimicrobial substance 30 on the hook 10 is to reduce the chance of infection and / or speed the healing time of the puncture wound created by the hook 10 ( generally in the fish in the intended application but maybe in the angler or others due to accidents ). this substance 30 also sterilizes the hook 10 , reducing the chance of infection . if the hook 10 is left in the fish upon its release ( e . g ., if the hook 10 is swallowed ), the hook 10 would continue to provide antimicrobial properties for a period of time . generally referring again to fig1 and the host of prior art fish hook designs disclosed in the above cited patents and patent applications which are incorporated herein by reference , fish hooks 10 come in all shapes and sizes . it is important to note that the shape of the improved fish hook can vary and the shapes depicted in fig1 are not all encompassing of the invention . the improved fish hook 10 of the present invention can be in any shape as long as it impales a fish for the means of catching it and provides an antimicrobial substance to treat and / or minimize the wound . to use the invention , the angler would use the improved fish hook 10 incorporating an antimicrobial material 30 instead of the existing unimproved fish hooks . in one embodiment of the present invention , a water soluble coating containing sodium percarbonate ( na 2 co 3 . 1 . 5h 2 o 2 ) is used as the antimicrobial material to coat the fish hook 10 ( such as shown in fig2 and 3 ). the coating of material 30 in this embodiment is designed to start dissolving on contact with water . as the coating of material 30 dissolves , more sodium percarbonate would be exposed to provide antimicrobial properties , thus the hook 10 will continually dispense antimicrobial material 30 . the coating of material 30 can be colored different from the material of the remaining portions of the hook 10 so that once completely dissolved ; the angler would be given a visual indication that the hook 10 is no longer providing antimicrobial properties . the coating of material 30 does not need to encompass the entire fish hook 10 . if desired , only a portion that would contact the fish could be coated with material 30 as shown in fig3 . in one embodiment of the present invention , a coating ( a water soluble or permanent coating ) containing selenium is used as the antimicrobial material to coat the fish hook 10 ( such as shown in fig2 and 3 ). the selenium based antimicrobial materials could be added to a degradable or time released coating . this time released coating may be glue or other binder that is water soluble and slowly dissolves upon contact with water . if a fish is punctured with the hook , the antimicrobial substance will be placed into the wound of the fish . the coating of material 30 does not need to encompass the entire fish hook 10 . if desired , only a portion that would contact the fish could be coated with material 30 as shown in fig3 . in another embodiment of the present invention , a hook 10 is plated with the antimicrobial substance 30 . the preferred substances for plating of a hook 10 with antimicrobial substance 30 are silver , copper , selenium , or zinc , but can be any substance that provides antimicrobial properties that can be effectively plated onto a conventional hook 10 is acceptable for this plated embodiment . some metals such as zinc are anti - corrosive . if the antimicrobial substance used is also anti - corrosive , a portion of hook 10 can be left un - plated , such as shown in the embodiment of fig3 , so that corrosion occurs should the hook 10 be left in the fish upon release while still providing antimicrobial properties . the plated hook 10 could also be plated and then sanded or ground to expose various portions of the hook 10 making the hook 10 susceptible to corrosion . it is not required that the entire hook 10 be plated with material 30 , only enough of the plating substance 30 must be available to provide antimicrobial properties . this would be useful to reduce the amount of silver , copper , selenium , or zinc needed on a fish hook 10 to reduce weight or cost . other partially plated patterns could be used , such as stripes , to provide plated and un - plated portions of hook 10 . plating could be any form such as electroplating , immersion plating , electro - less plating , or chemical plating . regardless of the method used to plate , the end result is that the hook 10 contains a plated layer of the antimicrobial substance 30 at least on portions of the hook 10 . the plating could be a single metal or a combination of metals to enhance protection and / or reduce cost . it yet another embodiment of the present invention , a hook 10 is coated with a metallic antimicrobial substance 30 . the preferred metallic substances 30 are silver , copper , or zinc , but can be any metallic substance that provides antimicrobial properties can be used as a metallic coating . the metallic antimicrobial substance 30 can be coated onto the hook 10 either by itself or with the addition of glues , binders , wax , or other substances that aid in adhesion . for instance the silver , copper , metallic selenium , zinc or other metallic substances could be added to the lacquer that commonly coats fish hooks 10 to reduce corrosion . the coating could be a single substance , or a combination of multiple substances to enhance protection and / or reduce cost . alternatively these metallic antimicrobial materials could be added to a degradable or time released coating . this time released coating is glue or other binder that is water soluble and slowly dissolves upon contact with water . if a fish is punctured with the hook , the antimicrobial substance will be placed into the wound of the fish . there are various methods that exist to coat items with these materials . for instance , the hook 10 could be dipped into the substance or the substance could be sprayed onto the hook 10 with a sprayer . alternatively , the fish hook 10 is dipped into molten zinc , copper , or metallic selenium to coat the fish hook and then removed . once removed , the fish hook would contain a layer of the antimicrobial substance 30 . some metals such as zinc are anti - corrosive , and as noted above if the antimicrobial substance 30 used is also anti - corrosive , a portion of hook 10 can be left uncoated so that corrosion occurs should the hook 10 be left in the fish upon release while still providing antimicrobial properties . the coated hook 10 could also be coated and then sanded or ground to expose various portions of the hook 10 making the coated hook 10 susceptible to corrosion . it is not required that the entire hook 10 be coated ; only enough of the substance must be available to provide antimicrobial properties . this would be useful to reduce the amount of silver , copper , selenium , or zinc needed on a fish hook to reduce weight or cost . as noted above with the plating , other patterns to partially coat the hook 10 could be used such as stripes . in yet another embodiment of the present invention , zinc powder , copper powder , silver powder , selenium powder and / or mixtures thereof is added to a water soluble coating that is applied to the fish hook 10 as material 30 . the coating forming material 30 in this embodiment is designed to start dissolving on contact with water . as the coating dissolves , more zinc ( and or associated ) powder would be exposed to provide antimicrobial properties . the coating can be colored so that once completely dissolved , the angler would be given a visual indication that the hook 10 is no longer providing antimicrobial properties similar to the sodium percarbonate embodiment disclosed above . the coating does not need to encompass the entire fish hook . if desired , only a portion that would contact the fish could be coated . in the embodiments of the present invention in which the hook 10 is coated with a time released antimicrobial substance , the invention contemplates that anti - inflammatory or pain relief substances could also be added to the time release coatings . further as the substance dissolves it could sterilize the hook . in these embodiments of the present invention , the hook 10 may be coated with an antimicrobial substance that further contains a numbing agent such as procaine . upon impalement of the fish , the procaine acts to provide relief to the fish by numbing the area surrounding the puncture . in yet another embodiment of the present invention , silver , copper , or selenium is used in the composition of the hook 10 . silver , copper , and selenium are naturally antimicrobial . when these metals or substances are added , the hook 10 itself becomes antimicrobial with no plating or coating required . it will then provide sterilization of the hook , antimicrobial support upon puncture , as well as lasting effects should it be left in the fish upon release . while silver , copper , and selenium are readily available metals , any substance that provides antimicrobial properties can be used as long as its concentration results in providing the hook with antimicrobial properties . in yet another embodiment of the present invention , zinc is galvanized onto the fish hook 10 to form the material 30 . this can be easily done by creating a mixture of 2 g zinc powder , 10 ml 10 - 15 % naoh solution and heating the mixture to near boiling . the fish hook 10 would be dipped into the mixture ( fully for fig2 or partially for fig3 ). after a few minutes the fish hook 10 is removed and will contain a layer of zinc 30 which would provide antimicrobial properties . cold galvanizing zinc paint can also be used to coat the hook with a layer of zinc . while sodium percarbonate , silver , copper , selenium , and zinc are the preferred substances in the various embodiments to provide antimicrobial protection , they are by no means the only ones . any substance that provides antimicrobial properties can be used . while this invention has been particularly shown and described with references to preferred embodiments thereof , it will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the scope of the invention encompassed by the appended claims .
a fishing hook is plated with , coated with , or contains an antimicrobial substance to treat the impalement wound of a fish caused by the hook . specifically the hook includes at least one shank ; at least one bend that extends from the shank ; at least one point defined by a free end of the bend , wherein the fish hook contains a substance whose purpose is to minimize infection and to treat the puncture wound of a fish that is caught . the substance optionally acts to sterilize the hook to reduce the entrance of microbes into the wound when the puncture occurs . the substance may also contain an anti - inflammatory or a pain reliever to reduce the suffering of the fish or of others accidentally injured by the hook .