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1 , despite the differences in the formulation/dosage form.
2 payload from a small, portable and discreet dosage form.
3 elivery clearance controlled by the designed dosage form.
4 ine the impact of in vitro parameters on the dosage form.
5 om the body controlled by clearance from the dosage form.
6 on in vivo drug release mechanisms for this dosage form.
7 e the wider adoption of this patient-centric dosage form.
8 drugs in a children-friendly, flexible solid dosage form.
9 the area of this complex controlled release dosage form.
10 capsule content and design and the delivered dosage form.
11 nsions from microns to the size of the final dosage form.
12 s when developing an oral controlled release dosage form.
13 to the once-a-day injection of the solution dosage form.
14 felodipine at different locations within the dosage form.
15 strated via analysis of pharmaceutical solid dosage forms.
16 a acceptance criteria for different APIs and dosage forms.
17 countries, indications, subpopulations, and dosage forms.
18 n explored chiefly for oral extended-release dosage forms.
19 related factors influencing the use of these dosage forms.
20 e the investigated drugs in their commercial dosage forms.
21 al classification in spatially heterogeneous dosage forms.
22 ofiles that are typically achieved for these dosage forms.
23 lternative to conventional immediate-release dosage forms.
24 justing for drug shortages, market size, and dosage forms.
25 considerable potential for patient-specific dosage forms.
26 dominates the mechanical properties of solid dosage forms.
27 riate formulation design of the conventional dosage forms.
28 ioxidant activity that is present in various dosage forms.
29 f phage cocktails in specific pharmaceutical dosage forms.
30 ion in spiked human serum and pharmaceutical dosage forms.
31 re development of IVIVC for complex non-oral dosage forms.
32 m and expulsion of conventional soluble drug dosage forms.
33 rent manufacturers and formulated in various dosage forms.
34 readily amenable to the development of solid dosage forms.
35 ies may use DBP or DEP as excipients in oral dosage forms.
36 ated via an analysis of pharmaceutical solid dosage forms.
39 t microparticles were also formulated in two dosage forms, an aqueous suspension and a dry tablet, to
40 , causing slowed dissolution of the marketed dosage form and compromising the oral bioavailability of
41 es those CQAs that are most pertinent to the dosage form and that will likely require bespoke test me
43 e dose frequencies, complicated by different dosage forms and instructions, and associated with subse
44 cts is important both for rational design of dosage forms and subsequent quality control during manuf
45 to satisfy regulatory requirements for nasal dosage forms and the polymer nanoparticles alone were fo
46 licability of the analysis to pharmaceutical dosage forms and urine sample were also investigated.
47 ity attributes (CQAs) are identified for the dosage form, and a prioritisation exercise identifies th
48 in its bulk powder, different pharmaceutical dosage forms, and biological fluids (plasma and urine) u
49 in its bulk powder, different pharmaceutical dosage forms, and biological fluids (plasma and urine).
50 there is limited in vivo data on 3D printed dosage forms, and no studies to date have been performed
51 cokinetic models were developed for both the dosage forms, and simulations were performed for differe
52 ably formulated as liquids, gels, solid-oral dosage forms, and so forth, could significantly enhance
53 ms present which result in poor retention of dosage forms, and the potential for irritation and other
56 n the avocado pulp powder demonstrating both dosage forms as potential dietary sources of avocado PFA
57 n of distigmine bromide (DB) in its pure and dosage forms as well as its degradation kinetics by cont
58 peutic proteins are rarely available in oral dosage form because the hostile environment of the human
59 learance compounds, where clearance from the dosage form becomes the drug clearance from the patient.
60 predictive design of immediate-release solid dosage forms by tailoring microstructures, and could be
61 ulation development, as both oral and rectal dosage forms can encounter challenges if the colon's dis
62 velopments are crucial to meet demands where dosage forms cannot be manufactured rapidly or when a pe
64 olonic targeting, as they can be utilised as dosage form coatings that are selectively digested by th
65 The paper discusses classification of the dosage form (combination/medicinal product), the regulat
66 s for fast field screening of pharmaceutical dosage forms containing beta lactam antibiotics or combi
73 total MRCI score is composed of 3 subscores (dosage form, dose frequency, and specialized instruction
74 itical role in the characterization of solid dosage forms due to its capabilities of chemical identif
76 (API) and was analyzed in a tabulated solid dosage form, embedded within commonly used excipients.
78 f feasibility of developing solid and liquid dosage forms, first-pass metabolism, high dosing frequen
80 that MNs are a potential minimally invasive dosage form for delivering FENR, offering a new approach
81 drug-eluting fibers are emerging as a novel dosage form for multipurpose prevention against sexually
82 low for packing this gaseous molecule into a dosage form for the goal of "carbon monoxide in a pill."
83 d microbial therapeutics as a potential oral dosage form for the treatment of inflammatory bowel dise
85 gnosis and monitoring, and gastric-retentive dosage forms for prolonged drug delivery-typically incor
87 rs and healthcare workers prefer oral liquid dosage forms for young children, and had similar thresho
90 lung, colon and breast cancer in its liquid dosage form, has been selected to develop injectable nan
91 ance in in vitro and in vivo, and inhalation dosage forms, highlighting design strategies to overcome
92 e development of an effective and controlled dosage form, i.e., in situ nasal gel for brain targeting
93 rt channels can be adopted in the designs of dosage forms, implants or stents to enhance the release
95 ions of IVIVC for extended release (ER) oral dosage forms in 1997, IVIVC has been one of the most imp
96 e provides an exciting opportunity to tailor dosage forms in a single-step with minimal excipients an
97 n phase behavior of multicomponent amorphous dosage forms, in particular those containing poorly wate
99 s that are particularly pertinent to the MAP dosage form include the specifications of the finished p
103 inistration of protein therapeutics in solid dosage form is gaining popularity due to its benefits, s
104 ever the regulatory science of this emerging dosage form is immature and explicit regulatory guidance
106 inkjet printing to produce drug loaded solid dosage forms is demonstrated using a naturally derived F
107 e time of drug release, from as large as the dosage form itself to as small as the thickness of the c
110 critical in designing processes for powdered dosage form manufacturing, with high spatial variance po
111 Most of the 48 NDAs evaluated were for new dosage forms (n = 25 [52.1%]) or new formulations (n = 9
112 oods that are generally sold in medicinal or dosage forms not usually associated with food which is d
113 aggregation during the production of a solid dosage form of a single variable domain on a heavy chain
114 rams are underway for a new modified release dosage form of tacrolimus (MR-4), a new analog of leflun
115 rincipal matrix ingredient in the injectable dosage form of the drug, Cremophor EL (polyethoxylated c
116 contribute more insight on the impact of the dosage form of the photoautotrophic microalga Nannochlor
118 f these challenges allowed emergence of oral dosage forms of peptide-based drugs in clinical settings
123 utions (28 of 45 [62.2]%) involved different dosage forms or different strengths of the same drug and
125 4 errors, 12.1%), using the wrong drug name, dosage form, or abbreviation (total of 79 errors, 11.4%,
128 (IQR) counts for the subscores were 6 (4-7) dosage forms per patient, 7 (5-9) dose frequencies per p
130 ll provide a platform for the development of dosage form specific guidance (from regulatory authoriti
131 h-resolution structures in small-dimensional dosage forms such as subcutaneous implantable drug deliv
132 he development of IVIVC for complex non-oral dosage forms (such as parenteral polymeric microspheres/
133 The mechanism of drug release from complex dosage forms, such as multivesicular liposomes (MVLs), i
135 l formulation of the active molecules into a dosage form suitable for the physiological environment.
136 of memantine hydrochloride is the first oral dosage form that achieves multi-day drug release with ne
137 oneedle Array Patches (MAPs) are an emerging dosage form that creates transient micron-sized disrupti
138 ent of a preclinical in situ-forming implant dosage form that provides sustained release of a novel c
141 n has been limited by the lack of convenient dosage forms that can quickly and stably deliver mAbs wi
142 n in a resource-limited environment requires dosage forms that circumvent swallowing solids, avoid on
144 , in the long-acting subcutaneous injectable dosage form TLC-ART 101, lopinavir persisted in plasma f
145 etention requires physical resistance of the dosage form to gastric emptying forces, which are known
149 cess development of orally delivered protein dosage forms, ultimately enhancing their efficacy and st
152 o 20.5), and more likely to have one or more dosage forms voluntarily discontinued by the manufacture
156 cyclophosphamide, ifosfamide, and leucovorin dosage forms were collected both covertly and overtly fr
157 contraceptive use (37 012 [22.3%]), and oral dosage forms were the most common (27 069 [73.1%]).
160 ntegrated fiber microneedle devices, an oral dosage form with tunable geometries and material configu