Efficacy of the Orally Disintegrating Strip Sildenafil for the Treatment of Erectile Dysfunction: A Prospective, Randomized Trial

The drug nanocrystals are the combined with stabilizers, which, by adsorbing onto their surfaces, prevent them from clumping and aid integrate them in ODTs.

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The resultant tablet-matrix offers high porosity, which is beneficial for rapid saliva or water penetration and quick disintegration [Citation20,Citation21]. The freeze-dried formulations exhibit ideal pharmacological properties including low dosage, microscopic particle size, chemical stability, and easy handling and transport. However, the fabrication process is expensive and time-consuming [Citation22–24]. Compressed tablet-based systems harness the conventional tableting technology by direct compression of the mixture of API and excipients. This technique deliberates to achieve substantial disintegration and packaging requirements [Citation4,Citation8,Citation17].

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It allows tablets to be crushed straight from medication and excipient mixes without any need for prior processing. These excipient mixes including super disintegrants, effervescent agents, and sugar-based components offer compressibility, enhanced flow, and disintegrating properties. This technology allows fabrication of tablets at high doses using conventional equipment, making it a more simple, accessible, and cost-effective method compared to other techniques like wet granulation. Care must be taken while choosing the type of disintegrant and effervescent and pressure applied during compression as soft pills may exhibit poor mechanical strength and stability and large, hard tablets may take longer time to disintegrate [Citation23,Citation25]. This technique molds the powder mixture, additives, and water-soluble ingredients together under pressure into highly porous ODTs.

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This technology utilizes either solvent-based or heat-based molding techniques. In the solvent method or compression molding, the powder blend is moistened with a hydroalcoholic solvent (ethanol or water), which is then molded into tablets under suitable pressure lower than those employed in conventional tablet compression method and air-dried. This process ensures formation of highly sildenafil uk price porous structure which has increased solubility and accelerated dissolution rate. In the heat molding method, the molten matrix consisting of dispersed or dissolved drug under ambient pressure is molded into tablet molds. This technique offers instantaneous drug release, rapid drug absorption through the oral mucosa, reduced first-pass hepatic metabolism, and increased bioavailability. This technique is best suitable for those drugs that are marginally or poorly water-soluble and have wide dose range (up to 200 mg of drug per unit).

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The ODTs have considerably fast nanoparticle dissolution, increased absorption, and improved bioavailability.

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This method does not use water or organic solvents during manufacturing, which makes them better than conventional granulation and can be a beneficial method to prolong the dissolution rate of poorly water-soluble drugs [Citation32]. The preparation process is faster and has less energy consumption than wet granulation [Citation23,Citation33,Citation34]. This process is also called as “sugar floss” or “candy floss technique” as it utilizes a unique spinning mechanism to produce floss-like crystalline structure, which appears similar to a cotton candy [Citation32,Citation35]. In this technique, a matrix is built using polysaccharides or saccharides and with concurrent actions of flash melting and spinning. This causes the formation of floss matrix, which is either partially or entirely recrystallized to enhance the flow properties and compressibility. This lowers dose requirements and cost-effectiveness compared to other conventional technologies, which makes it a popular technique [Citation28,Citation32].

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The floss matrix is further pulverized, mixed and blended with a mixture of API and excipients, and ultimately compressed into ODTs. This process is beneficial for accommodating excessive doses of APIs. ODTs prepared using this method exhibit excellent mechanical strength compared to other techniques. Since the method uses high temperatures, thermolabile drugs cannot be formulated as ODT through this approach [Citation23,Citation36,Citation37]. This recently developed nanomelt technology produces nanocrystals by reducing the particle size of drugs to nanosize using a wet milling process. There are several patented technologies developed including Zydis [Citation38], Quick-dis, Oraquick, Durasolv [Citation39], Shearform [Citation40], Flashtab [Citation41], Flashdose [Citation42], Wowtab [Citation43], Nanocrystal [Citation44], Lyoc [Citation45], Ziplet, Pharmaburst [Citation46], and Frosta [Citation47] technologies that

Advantage	Description	Evidence/Reference
Rapid Dissolution	Dissolve in mouth within seconds	Pharmacokinetic studies
Ease of Administration	No swallowing needed, suitable for dysphagia	Patient surveys
Precise Dosing	Accurate dose delivery without pills	Manufacturing standards
Discreet Usage	No need for water, discreet intake	User testimonials
Better Bioavailability	Faster absorption through oral mucosa	Clinical pharmacology reports

utilize the varied conventional and innovative techniques to manufacture mouth-dissolving tablets [Citation32,Citation33,Citation48].

• Sildenafil oral strips provide a non-invasive way to treat ED.
• They avoid swallowing pills, which some patients find difficult.
• Strips are often manufactured with pleasant flavors to enhance appeal.
• The medication’s effect can be influenced by food intake.
• Alcohol consumption may reduce effectiveness or increase side effects.
• Sildenafil strips should be used as prescribed and not mixed with other ED drugs.
• These strips are designed for quick absorption in the oral mucosa.
• Overuse or misuse can lead to adverse health effects.
• Proper dosing helps minimize risks of prolonged erections or priapism.
• Sildenafil strips do not cure ED but help manage symptoms.
• They may be used in combination with psychological or lifestyle interventions.
• Always check expiration dates before using sildenafil strips.

[Citation32] have discussed elaborately on the manufacturing methodologies leveraged in the production of orodispersible tablets through patented technologies.

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However, due to lower mechanical strength, these molded tablets may be fragile and break easily during handling, storage, and transportation [Citation23,Citation25–27]. This technology produces extremely porous powders that can be used to manufacture fast-dissolving tablets. In this method, the active ingredient is mixed with a number of additives and excipients to form a highly porous and finely powdered substance. A variety of ingredients such as gelatins, mannitol, croscarmellose sodium, and sodium starch glycolate in combination with acidic (citric acid) and alkaline materials (sodium bicarbonate) are employed to enhance the disintegration and dissolution of these tablets. A particulate support matrix is formulated using hydrolyzed and non-hydrolyzed gelatins, and mannitol as a bulk forming agent and sodium starch glycolate and croscarmellose sodium as a disintegrating agent are blended with active ingredients.

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This formulation is spray-dried using a spray drier and the resultant mixture is subsequently compressed to form tablets. The ODTs fabricated using this technique showed swift disintegration and dissolution in aqueous solution in <20 seconds. The disadvantages of spray-dried technology include high production cost and special packaging requirements due to its inherent fragility [Citation23,Citation26,Citation28–31]. illustrates the process of spray-drying technology. This unique method is widely used in the preparation of ODTs through clustering or agglomerating pharmaceutical powders using a meltable binder superpolystate or PEG-6-stearate.

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This superpolystate is a hydrophilic waxy binder with an inherent melting point of 33–37°C and exhibits hydrophilic–lipophilic balance value of 9. These properties make them unveil excellent binding capacity, heighten physical resistance, and aid in rapid disintegration and dissolution when used in the preparation of ODTs. The APIs along with excipients are mixed using high shear mixers with this binder to form granules. The temperature of granules is increased either using a heating jacket or by heat generated due to friction between granules and impeller blades to improve the mechanical integrity of the granules. These stable granules are cooled and allowed to solidify and compressed into tablets. Further description is outside the scope of this article.

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In addition, the film should be thin and elegant in appearance, available in various sizes and shapes, unobstructive, adhere to the oral cavity easily, disintegrate fast without requiring water, and release the drug rapidly. In addition, the suitable drug candidate must exhibit these ideal characteristics. The drug should have a pleasant taste, lesser and moderate molecular weight, and excellent stability and solubility in water and saliva; remain partially unionized at the neutral pH of oral cavity; and easily permeate through the oral mucosal tissue [Citation4]. lists the advantages and disadvantages of the ODF, respectively. The existence of numerous polymers, excipients, and manufacturing technologies has leveraged the development of a distinct range of ODFs [Citation13].

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The constituents of oral films can vary depending on the particular formulation and intended purpose [Citation16]. Irrespective of the site of action, local or systemic, a wide range of drugs can be formulated as ODFs. Those films that are indicated for fluid-filled blisters, local anesthetics, toothaches, and mouth ulcers are few examples of ODFs that exhibit local action. For systemic action, they are used for managing cough, throat pain, migraine headaches, central nervous system disorders, gastric ailments, pain, and nausea or for delivering vitamins or nutraceutics [Citation6]. To start with ODTs, there are two broad classifications used in their manufacturing such as lyophilized systems and compressed tablet-based systems [Citation4,Citation13,Citation15,Citation17,Citation18].

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The performance of ODTs relies on manufacturing processes that increase the tablet’s porous structure, ensures appropriate mixing of disintegrating agents, and employs highly water-soluble excipients that allow quick ingress of water. These parameters are highly essential in facilitating rapid disintegration and dissolution of ODTs when placed in the mouth [Citation19]. Also, a striking balance between rapid disintegration and fragility must be demonstrated to reduce the challenges during handling, packaging, administration, and storage. Lyophilization, also known as freeze drying, is a technique that utilizes the sublimation effect, wherein solid ice is transformed directly into vapor phase, bypassing the liquid phase entirely, and often used to manufacture ODTs. This technology entails molding the drug in suspension or solution along with other structural excipients into tablet-shaped units, followed by freezing and lyophilization in the pack or mold forms. Over the years, manufacturing of ODFs has evolved from technologies that were used to

Ingredient	Function	Concentration	Notes
Sildenafil Citrate	Active pharmaceutical ingredient	25 mg or 50 mg	Common doses in oral strips
Sweeteners	Improve taste	Variable	Sucralose, aspartame
Flavorings	Enhance flavor	Natural/Artificial	Mint, strawberry, citrus
Binders	Maintain structure	Hydroxypropyl methylcellulose	Ensures strip integrity
Stabilizers	Preserve shelf life	Ascorbic acid	Prevent degradation

produce transdermal patches, namely, hot-melt extrusion, perforated film technology, and solvent casting technique [Citation6,Citation33,Citation49].

• Sildenafil oral strips are a fast-acting form of erectile dysfunction medication.
• They are administered orally, dissolving quickly on the tongue for rapid effect.
• Sildenafil strips are often flavored to improve the user experience.
• They contain the same active ingredient as traditional sildenafil tablets.
• These strips are designed for people seeking discreet medication options.
• Onset of action for sildenafil strips can be within 15-30 minutes.
• Proper storage of sildenafil strips involves keeping them in a cool, dry place.
• Dosage strength varies, typically available in 25mg, 50mg, and 100mg.
• Using sildenafil strips without medical consultation is not recommended.
• They may interact with other medications like nitrates or alpha-blockers.
• Sildenafil oral strips are approved for the treatment of erectile dysfunction.
• Users should follow prescribed dosages for safety and effectiveness.