in accordance with the invention , aspirin containing dissolvable strips ( membrane or film ) are used either for administering a daily dosage of aspirin for the purpose of reducing the likelihood of myocardial infarction or as an intervention to prevent the onset of an incident . while the actual amount of the dosage may vary depending , for example , upon the tolerance of the individual to aspirin or other factors , the typical daily dosage of aspirin is 81 mg in the context of daily dosaging to to reduce the to reduce the likelihood of a myocardial infarction incident . accordingly , in one embodiment , the inventive film strips may contain 81 mg of aspirin . however , the preferred dose of aspirin in the context of a possible or impending myocardial infarction is 325 mg . higher and smaller dosages may be made available with dosage amounts in milligrams being printed on the strips , for example , with or without an additional imprint , “ aspirin ,” to indicate the identity of the medication . alternately , a strip perforated into quarters they have the contents of each quarter ( or other portion of the strip ) imprinted thereon in various amounts on the same strip . in accordance with the invention , the aspirin containing strips may have a variety of sizes and shapes although circular or oval - like shapes are preferred to maximize size while still being small enough to fit under the tongue of a user . size can be further increased by using a half elliptical shape , substantially matching the available and easily accessible shape and size of the underside of the tongue , as illustrated in fig1 . in accordance with the invention , it is contemplated that such a half elliptical strip 10 would have a height 12 to width is a 14 ratio of approximately three to two , for example , ranging between four to three , and seven to four . a strip 10 , suitable for an adult male might have a height of about two centimeters , perhaps ranging in height from about 1 . 6 - 2 . 2 cm . the above range of ratios of height to width may also be applied to rectangular , oval and circular shaped strips , as well as other strip shapes . the maximization of size is desirable because it provides for the quicker dissolution of the medication which contacts saliva on a relatively large portion of the surface area of the tongue . this results in contact between strip 10 and a greater amount of saliva and , accordingly , quicker dissolution . quicker dissolution is further desirable because it allows a quicker absorption of medication into the system . such quicker dissolution improves outcomes by more quickly bringing more of the medication in contact with the tissues on the underside of the tongue , where it may be directly absorbed into the bloodstream . preferred sites for administration are : 1 ) ssublingual ( thin mucosa membrane and dense blood vessels , 2 ) 1lingual ( on the tongue ), 3 ) bucal mucosa ( inside the cheek ) which is useful particularly in an unconscious patient . as alluded to above , strips 10 meant for daily dosage of aspirin may come in daily dosage forms varying between 20 mg and 81 mg ( or more going , perhaps , to 325 mg ), for example in increments of 20 mg , that is in strengths of 20 mg , 40 mg , 60 mg , 80 mg and so forth up to 320 mg . a possibly more advantageous alternative embodiment of the invention is illustrated in fig2 . in this specification alternative structural elements in embodiments are , to the extent practical , given reference numerals multiples of 100 different from corresponding structure in earlier embodiments . referring back to fig2 , in order to ensure compliance with directions from the doctor , the dissolvable strips 110 may be imprinted with print 116 , for example by silkscreening or another similar technique to indicate their strength ( for example , extra strength ) or dosage ( which may be given in milligrams ), as illustrated in fig2 . in accordance with the invention , inventive strips are administered , for example , one time each day as may be directed by doctor . in the regular administration of a medication , it is usually desirable for the medication to be administered at about the same time each day , for example , in the morning . however , an individual may forget to take the medicine at the appropriate time . thus , in accordance with the invention a stack 218 of strips 210 may be stored in a moisture proof envelope , for example a very small zip - lock plastic bag 220 incorporating a plastic zipper 222 of conventional design as illustrated in fig3 . strips may also be labeled with the days of the week to promote regular administration of nonemergency drugs . because the aspirin containing strips are of relatively thin dimension , for example 2 . 25 × 1 . 5 × 0 . 1 cm , as in the case of listerine dissolvable film breath fresheners , they will dissolve quickly for quick absorption . however , even thinner films may be used , provided they are formulated to be sufficiently pliable to avoid breakage . in addition , such relatively thin films may be provided with separators to enhance easy separation of individual doses . in accordance with a preferred embodiment of the invention , the stack of strips in the plastic envelope may be interleaved with small sheets of paper which may function as paper separators . the paper separators may be either larger than the strips or smaller than the strips , in any direction . desirably , the paper may be coated with a release agent which promotes separation of the dissolvable strip containing aspirin from the paper separator . such coating may be , for example , of wax or a polymeric material . alternatively , the separators may be made wholly of a polymeric material , or of multilayer construction . in accordance with the invention , it is contemplated that aspirin containing dissolvable strips may be color - coded , for example , being colored green in the case of a normal , for example , 75 mg dosage . stronger dosages may be color - coded yellow . still stronger dosages may be color - coded red while the strongest dosages indicating critical situations may be color - coded blue . color coding gives the inventive aspirin containing dissolved strips easily ascertainable dosage information . the above colors follow an intuitive scale that will be readily comprehended during use . in accordance with the invention , it is contemplated that such color - coded strips may be made available , for example , in an ambulance , mobile health facility , emergency room , or other medical setting where individuals trained in the meaning and dosages of the various color - coded aspirin - containing strips will use . because such strips are color - coded , identification of proper dosages will be quicker than otherwise . likewise , the possibility of error in dosage administration will be greatly reduced . both of these factors will contribute to a higher likelihood of successful administration and treatment . the possibility also exists to make the inventive emergency dosage devices available to individuals . for example , a package such as that illustrated in fig4 containing three red dosages 310 a and four yellow dosages 310 b may be contained in a single envelope 320 . alternatively , envelopes may carry a single strength of breath strips , and multiple envelopes may be used by individuals . because of the relatively thin nature of the aspirin - containing strips , a large number of the same may be contained in a relatively thin zip - lock ® type plastic bag and the same may be conveniently stored in a briefcase , bag , or even a wallet or business card holder . this is of particular value , insofar as many individuals requiring regular aspirin administration are of relatively advanced age and may easily forget to take the proper dosage at the appointed time . the ability to store a number of dosages in a wallet , for example , enables an individual to take the proper dosage immediately upon remembering to do the same . moreover , even if the individual remembers to do the same while in a situation where it is not possible to obtain a glass of water to take a conventional tablet , for example while traveling on a train , and even while driving a car , the needed dosage of aspirin may be easily taken by simply placing the strip under the tongue . so yet another advantage of such portable packages as illustrated in , for example , fig4 , is in the event that the individual begins to get signs of a potential heart attack , the quick availability of the inventive strips encourages prompt action . moreover , the availability of two , three , or even four different strengths in a single consumer package allows one to match response to the severity of the symptoms experienced . for example , if an individual feels a sudden great pain in the chest , he can quickly administer a blue very high dosage aspirin containing dissolvable strip . likewise , instead of ignoring possible warning signs and waiting to see if they go away , or , worse , attributing them to heartburn , muscle soreness , or other less serious , noncardiac causes an individual would be encouraged to take a yellow or red aspirin containing dissolvable strip . the importance of such easy to take preventative measures is particularly valuable in the case of individuals over the age of 65 , as well as persons with heart risk factors , such as obesity , smoking , high cholesterol , high blood pressure , or a family history of cardiac problems . the ability of the invention to provide a low to no risk alternative to merely waiting , perhaps to the point where serious injury becomes likely , is of particular value insofar as there are numerous signs of impending heart attack which can easily be explained away , including such ordinary things as dizziness , fatigue , irregular heartbeat , nausea , anxiety , shortness of breath , chest discomfort or pain ( including pain in areas other than the chest , such as the arms , elbows and shoulders ), or persistent coughing and wheezing as a result of fluid accumulation in the lungs due to congestive heart failure . in accordance with the invention , it is believed that relatively large differentials in the strength of the various color - coded aspirin - containing dissolvable strips is desirable . more particularly , it is contemplated that strengths should be selected so that the use of two strips at one time is discouraged , as dissolution times can be doubled by this practice . it is contemplated that green strips will carry approximately 80 mg of aspirin , although strengths ranging from 40 to 20 mg of aspirin may be employed . likewise , amber strips might contain about 160 mg of aspirin , while an amber dosage in the range between 130 and 190 mg may be appropriate . the dosage of red aspirin - containing dissolvable strips may be selected to be 320 mg although dosages in the range of 250 to 650 mg may be employed . blue aspirin containing dissolvable strips in accordance with the present invention are contemplated to have a dosage of 640 mg , although dosages ranging between 480 and 800 mg , or even higher , may be employed . in accordance with the invention , green strips are contemplated to be taken daily . in the event that minor symptoms are experienced , a second green strip may be taken at the time of the symptoms . more serious symptoms would involve administration of a yellow strip . individuals would be directed in the event of persistence of symptoms , for perhaps 20 minutes after administration of a yellow strip , to take a red strip and take additional red strips if the conditions persist or worsen . likewise , a maximum dosage would be directed . blue strips may be reserved for clear signs of an existing heart attack , for example severe chest pain , and individuals would be directed to take blue strips at intervals of 2 - 10 minutes , until the maximum number perhaps representing 3000 mg have been consumed . such blue strips may , optionally , only be carried by ambulence crew members , emergency room personel , urgent care givers , etc . directions may also be key to the particular symptoms and the level of severity , with dosages specified in accordance therewith . such directions are printed on literature accompanying the inventive aspirin containing dissolvable strips , and in a shorter form on the plastic zip - lock bag containing the strips . moreover , such directions inform the individual experiencing the symptoms to promptly and directly seek medical attention by going to an emergency room or other health facility . such direction further indicates that , for example , high potency aspirin containing dissolvable films are not meant for self treatment or delay of professional treatment but as a means to increase the likelihood of survival long enough to enable professional to address the serious issues created by a potential heart attack . as noted above , the aspirin - containing dissolvable strips are desirably color - coded . to be most effective , it is anticipated that such color coding shall be of bright shades of green , yellow ( or amber ), red and blue , so that the same are discernible even under lowlight conditions . such shades may be , for example , as light as pea green , taxicab yellow , pink and robin &# 39 ; s egg blue . in addition , the dissolvable strips are preferably transparent , whereby their color will be seen even when held for viewing with a bright object behind , such as a white table or window open to the sky , or against sunlight . the inventive method also contemplates separate packaging of higher dosage aspirin containing dissolvable strips . for example , as illustrated in fig5 , a plastic package 420 may be sealed hermetically using heat sealing techniques to produce a heat sealed area 422 . because heat sealing is substantially permanent , emergency higher dosage strips , such as yellow strips 410 a and red strips 410 b may be kept by the individual in a wallet , in the form of heat sealed package 420 , together with a second package containing only the lower dosage green strips , such as package 220 illustrated in fig3 . alternatively to a soft vinyl packet 220 , the emergency strips may be carried in a rigid plastic case , for example a case with a snap closure and living hinge . if desired , higher dosage strips may be provided with perforations to allow them to be split into individual standard green strip dosages . for example , as illustrated in fig6 and 7 , 160 mg potency aspirin containing dissolvable strips 510 a may be provided with a central perforation 524 allowing them to be folded and easily separated into two equal 80 mg potency dosages ( fig6 ). as shown in fig7 , a 320 mg potency red dissolvable strip pay be provided with horizontal perforations 526 and vertical perforations 528 . these perforations are optionally placed so that the four quadrants 530 , 532 , 534 and 536 are of equal area and each contain an 80 mg dosage . accordingly , each of the halves 538 and 540 of strip 510 a , and each of the quarters 530 , 532 , 534 and 536 of strip 510 b each represent the equivalent of 80 mg green strip aspirin dosage of strip 510 . of course , it is understood that these dosages are illustrative and various dosages may be employed . the advantage of the use of a package 520 ( fig8 ) containing both everyday green dosage strips , and emergency yellow and red strips , of the type illustrated in fig6 - 7 , is that the emergency strips may be consumed before they become old and are wasted . the manufacture of dissolvable strips containing medication is well known . for example , the inventive aspirin containing strips may be made by mixing a liquid composition including aspirin in a mixer at various speeds and optionally under pressure for a sufficient period of time to achieve uniformity in the mix . the liquid composition may then be poured onto a polymer sheet , and spread to a uniform thickness . the polymer sheet may be a conveyor belt on which the material travels to and through a drying station where it is allowed to dry . the dried film containing the aspirin may then be further processed , for example by cutting the film into strips . alternatively , film - forming material , which may be gel or more preferably pullulan based , may be cast by being sprayed into molds and dried using substantially non - moving or circulating or otherwise moving hot air . soluble strip compositions typically comprise plasticizers , coloring agents and flavoring agents , plasticizers such as carrageenan , xanthan , locust bean or gum arabic , solubilizers such as citric acid , tartaric malic acid , modified starches , triacetin and gelatin , flavoring agents such as acesulfame potassium , sucralose , aspartame and stevia , and an emulsifier such as soy lecithin . strips may also be made to contain multiple active agents . as alluded to above , strips may also be labeled with the days of the week , thus insuring against missing a dose or taking an extra dose by mistake . thus a zip lock ®- like plastic envelope may contain a plurality of strips , for example seven strips , each labeled with the day of the week . further in accordance with the invention multiple medications , for example in multiple colors may be included in the envelope . further in accordance with the invention , a plurality of strips , for example seven , may be included on a single large strip and separated by perforations . each of the seven strips is labeled with the days of the week . several such large strips may be included in a plastic envelope , for example large strips containing seven doses of a multivitamin , seven mini doses of aspirin , seven doses of coq10 , seven doses of vitamin e , and so forth . this would facilitate the daily administration of such environments and supplements with a high degree of reliability . referring to fig9 , a strip 610 incorporating a medication is divided by perforations 612 into a plurality of dosage portions 614 which may be separated into daily dosages by pulling apart at perforations 612 . in accordance of the invention strip 610 may comprise a multivitamin supplement . referring to fig1 , a collection of a plurality of strips 714 , 714 a , 714 b , and 714 c each respectively containing a different medication or supplement , such as seven doses of a multivitamin , seven mini doses of aspirin , seven doses of coq10 , and seven doses of vitamin e may be sold individually , or in packages containing a plurality of one particular medication or supplement and selected by the consumer . for example , the consumer may buy a package of 30 aspirin strips 714 , and also buy a second package of 30 multivitamin strips . the same consumer may also select packages of vitamin e and coq10 30 strip packages . that consumer can then take one strip from each of the four packages he has selected and combine them in a vinyl film holder and place them in , for example , a billfold . this would enable convenient , reliable dosaging of these medicines and supplements for a week . while illustrative embodiments of the invention have been described , it is noted that various modifications will be apparent to those of ordinary skill in the art in view of the above description and drawings . such modifications are within the scope of the invention which is limited and defined only by the following claims .
an dosage member , comprising a planar member comprising a saliva - dissolvable member , a therapeutic agent carried in said planar member , wherein the saliva - dissolvable member is printed or color - coded to indicate potency . a plurality of aspirin containing dissolvable members may each be color - coded to indicate potency , and include a plurality of green dissolvable members and at least one dissolvable member with a color selected from the group consisting of yellow or amber , a red or red like color and a blue or blue like color . perforations may provided so that higher potency strips may be divided into lower potency dosages .