IVM's Krishnarao Bhegde Institute of Pharmaceutical Education and Research, Talegaon Dabhade.
Recent studies on prevalence of urinary tract infection indicate that approximately one third population of the world has been suffering from this disease. Urinary tract infections (UTIs) are among the most common infection with an incidence rate of 25- 80% of females. The present study aimed at Prevention of Urinary Tract Infection (UTI) Using Arrowroot as API. It acts as anti-inflammatory The cause of the infection is a wide range of microorganism, and the toxicities producing the difficulties during the act of micturition which results in pain and burning sensation along with passage of urine with obstruction. The main ingredient in the study is. Arrowroot (Maranta arundinaceae L.) belongs to Marantaceae family and is a large perennial herb found in tropical forest. D- mannose reduced UTI symptoms in women with an active infection, it was also more effective than the antibiotic for preventing additional infections. Amla act as anti- oxidant, Shatavari shows Anti-bacterial property in UTI prevention, Jaggery powder is used as flavoring agent.
Urinary tract is the most prone part of the body for infectious diseases as it is directly intact with external environment via pathway for liquid waste disposal. The urinary tract infection (UTI) is one of the most common infections which can involve upper and or lower urinary tract causing pyelonephritis (renal pelvis), urethritis (urethra), cystitis (urinary bladder) and prostatitis (prostate gland) respectively. Urinary tract infection is a second most important infection which encompasses the asymptomatic presence of bacteria in urine to severe infection of kidney. Arrowroot (Maranta arundinaceae L.) belongs to Marantaceae family and is a large perennial herb found in tropical forest. D-mannose reduced UTI symptoms in women with an active infection, It is obtained from orange or citric fruits. Amla (Indian Gooseberry) belongs to Phyllanthaceae family. Amla's antimicrobial, antibacterial, and diuretic properties help to soothe the inflamed mucosa of the urinary tract, through which relief is ensured to the patient with UTL Shatavari (Asparagus racemosus) belongs to Asparagaceae family help to reduce urine cloudiness and eliminate the bad smell of the urine that may due to infection or pus cell to act as anti-bacterial. Arrowroot is a low perennial herb found in rain forest habitats which is often cultivated for starch obtained from its rhizome. Arrowroot is indigenous in tropical America but has spread to other countries such as Brazil, India, Ceylon, Indonesia, and the Philippines. Arrowroot was first introduced in the Philippines in 1918. The arrowroot powder is a healthier alternative, Arrowroot powder is twice the thickening power of wheat flour and because it contains no protein, arrowroot is gluten free. Unlike corn starch, arrowroot powder creates a perfectly clear gel und does not break down when combined with acidic ingredients, like fruit juice Arrowroot abo stands up to freezing, whereas mixtures thickened with corn starch tend to break down after freezing and thawing.
Classification
Urinary Tract Infection Classified into Two Types:
Pyelonephritis (Inflammation of kidney)
Fig.no.1- Pathogenesis of UTI
Epidemiology: -
Etiology: -
UTI Effects of…?
Prevention of UTI…
Known and possible age-related risk factors for recurrent urinary tract infection (UTI) in women are: -
In Young and premenopausal women-
Postmenopausal and elderly women-
According to 2022 research trusted Source, groups at a higher risk of complicated UTIs include:
Importance of edible powder: - Benefits:
Mechanism of action of edible powder for UTI
Ingredients
Arrowroot Powder:
Fig.No.2- Arrowroot Powder
Biological Name: Maranta arundinacea
Family: Marantaceae
Properties:
Preparation of arrowroot powder:
D-Mannose Powder:
Fig.No.3- D Mannose Powder
Preparation Of D-mannose: -
Amla Powder:
Fig.No.4- Amla Powder
Synonym: - Indian Gooseberry, Amalek, amla
Biological Source: Amla consists of the fresh or dried fruits of Emblica officinalis Gaertn. (syn, Phyllanthus emblica Linn).
Family: - Euphobiaceae
Properties: -
Preparation of amla powder: -
Shatavari Powder:
Fig.No.5- Shatavari Powder
Synonym: Shatmuli
Biological Source: It consists of dried roots and leaves of plant Asparagus Racemosus.
Family: Liliaceae
Properties:
Preparation of Shata Vari powder:
Shatavari powder was made at home by cleaning the Shata Vari root, drying it, then grinding it and finally sifting and storing it.
Jaggery Powder:
Fig.No.6- Jaggery Powder
Biological Name: Saccharum officinarum
Biological Source: It is made from the sap of sugarcane that consists high amounts of sucrose.
Family: Poaceae.
Properties:
Preparation of Jaggery powder: -
Objectives
Experimental Work
Table 1:
Apparatus |
Ingredients |
Beaker |
Arrowroot Powder |
Mortar and Pestle |
D-Mannose Sugar |
Sieves no.44 |
Amla Powder |
Spatula |
Shatavari Powder |
Glass rod |
Jaggery Powder |
Petri Dish |
|
Electronic Balance |
|
Funnel |
|
Tripod Stand |
|
pH meter |
|
Method Of Preparation
Formulation table: -
Table 2:
Ingredients |
F1 |
F2 |
F3 |
F4 |
F5 |
Arrowroot Powder |
4gm |
4gm |
4gm |
4gm |
4gm |
D-Mannose |
4gm |
3gm |
4gm |
5gm |
5gm |
Amla Powder |
1.5gm |
1gm |
1gm |
1gm |
1gm |
Shatavari Powder |
2.5gm |
3gm |
3gm |
3gm |
5gm |
Jaggery Powder |
3gm |
4gm |
3gm |
2gm |
- |
9. Evaluation Parameter
Organoleptic Evaluation:
All the organoleptic properties viz. color, odor, taste, and texture of the drug to touch were performed as per standard procedure and noted down.
Fig.No.7- Organoleptic Evaluation
Pharmaceutical Evaluation:
Pharmaceutical parameters like Bulk density, tapped density, Carr's Index, Hausner's Ratio and Angle of repose were determined as per standard protocols.
Determination Of Bulk Density and Tapped Density:
Bulk density is defined as the mass of many particles of the material divided by the total volume they occupy. The total volume includes particle volume, inter-particle void volume and internal pore volume. Tapped density is the term used to describe the bulk density of a powder (or granular solid) after consolidation/compression prescribed in terms of "tapping" the container of powder a measured number of times, usually from a predetermined height. The term bulk density refers to a measure used to describe a packing of particles or granules and the term Tapped density refers to the true density of the particles or granules. Formula for calculation:
Bulk Density = ????????????????????? ???????? ???????????????????????? ????????????????????
???????????????? ???????????????????????? ???????? ????????????????????????
Tapped Density = ????????????????????? ???????? ???????????????????????? ????????????????????
???????????????????????? ???????????????????????? ???????? ????????????????????????
Fig.no.8- Bulk and Tapped density
Determination of Carr's Compressibility Index:
The Carr index is an indication of the compressibility of a powder. It is another indirect method of measuring the powder flow from bulk and tapped density.
Formula For Calculation:
Carr’s Index =
???????????????????????? ????????????????????????????−???????????????? ???????????????????????????? × 100
???????????????????????? ????????????????????????????
Determination of Hausner's Ratio:
Hausner's ratio is related to inter-particle friction and as such can be used to predict the powder flow properties. Formula for calculation:
Hausner’s Ratio = ???????????????????????? ????????????????????????????
???????????????? ????????????????????????????
Determination of Angle of Repose:
The angle of repose is a parameter used to estimate the flowability of a powder. It is defined as the maximum angle possible between the surface of the pile of powder and the horizontal plane. Powders with low angles of repose will flow freely and powders with high angles of repose will flow poorly.
Formula for calculation:
where,
???? = Angle of repose
h = Height of pile
r = Radius of the base of the pile
Fig.no.9- Angle of repose
Physio-Chemical Evaluation:
Physicochemical parameters like foreign matter, moisture content (Loss on Drying), pH, total ash, water- solubility of all five formulae were determined as per standard protocols. All the procedures are described as follows:
Foreign matter: Sort the foreign matter into groups either by visual inspection, using a magnifying lens (5-10 x), or with the help of a suitable sieve.
Moisture Content/loss on Drying: Clean the dish and dry in oven. Allow the dish to cool in desiccator and weigh. Weigh the sample in dry and pre weight aluminum dish with lid. Transfer again the dish in the oven for drying. Remove the dish. Allow the dish to cool in the desiccator for cooling, Weigh the dish. Repeat the process for two successive readings. Record the lowest weight. Calculate the result.
Formula for calculation:
%LOD = ????2−????3
????3−????1
Where,
W1=weight of container(g)
W2= weight of container wet sample (g) W3=weight of container dried sample(g) W2-W3=weight of moisture
W3-W1= weight of dried sample
Determination of pH value:
20 or the powder will be dissolved in 100 ml of distilled or deionized water and be sure that all the powder is dissolved in the water, then measure the pH using any pH meter.
Determination of Total Ash:
Weigh and ignite flat, thin, porcelain dish or a tared silica crucible. Weigh about 2 g of the powdered drug into the dish/crucible. Support the dish on a pipe-clay triangle placed on a ring of retort stand. Heat with a burner, using a flame about 2 cm high and supporting the dish about 7 cm above the flame, heat till vapors almost cease to be evolved, then lower the dish and heat more strongly until all the carbon is burnt off. Cool in a desiccator. Weigh the ash and calculate the percentage of total ash with reference to the air-dried sample of the crude drug.
Formula for calculation:
%Total Ash = ????????????????????? ???????? ?????????
????????????????????? ???????? ???????????????????????? ???????????????????? × 100
Fig.No.10- Ash Value
Determination of Water Solubility:
Place 0.05 mL or 25 mg of compound in a small test tube, and add 0.75 mL of water in small portions. Shake test tube vigorously after the addition of each portion of solvent.
Table 3: Relationship of Angle of Repose, Carr’s Index and Hausner’s Ratio with flow properties of powder
Angle of Repose |
Carr’s Index |
Hausner’s Ratio |
Flow Properties |
25-30 |
<10 |
1.00-1.11 |
Excellent |
31-35 |
11-15 |
1.12-1.18 |
Good |
36-40 |
16-20 |
1.19-1.25 |
Fair |
41-45 |
21-25 |
1.26-1.34 |
Passable |
46-55 |
26-31 |
1.35-1.45 |
Poor |
56-65 |
32-37 |
1.46-1.59 |
Very Poor |
>66 |
>38 |
>1.60 |
V. very Poor |
10. RESULT AND DISCUSSION
Organoleptic Evaluation: -
The observations for the organoleptic evaluation of UTI Prevention edible powder are reported in Table 4.
Table 4: Results for Organoleptic Evaluation
Sr. No. |
Properties |
F1 |
F2 |
F3 |
F4 |
F5 |
1. |
Appearance |
Powder |
Powder |
Powder |
Powder |
Powder |
2. |
Color |
Yellowish Brown |
Light Brown |
Light Brown |
Yellowish Brown |
Light Brown |
3. |
Odor |
Characteristic |
Characteristic |
Characteristic |
Characteristic |
Characteristic |
4. |
Taste |
Bitter |
Bitter |
Sweet and Bitter |
Sweet and Slightly Bitter |
Bitter |
5. |
Texture |
Moderately Fine Powder |
Moderately Fine Powder |
Moderately Fine Powder |
Moderately Fine Powder |
Moderately Fine Powder |
Pharmaceutical Evaluation: -
The observations for the pharmaceutical evaluation of UTI prevention edible powder are reported in Table 5.
Table 5: Results for Pharmaceutical Evaluation
Sr. No. |
Properties |
F1 |
F2 |
F3 |
F4 |
F5 |
1. |
Bulk Density |
0.64 |
0.6 |
0.58 |
0.61 |
0.872 |
2. |
Tapped Density |
0.769 |
0.652 |
0.833 |
0.738 |
0.58 |
3. |
Hausner’s Ratio |
1.20 |
1.086 |
1.436 |
1.209 |
1.503 |
4. |
Carr’s Index |
16.77% |
7.97% |
30.37% |
17.34% |
33.56% |
5. |
Angle of Repose |
36.86? |
28.786? |
47.35? |
38.48? |
57.333? |
6. |
Flow Property |
Fair |
Excellent |
Poor |
Fair |
Very Poor |
Physico-Chemical Evaluation: -
The observations for the physico-chemical evaluation of UTI prevention edible powder are reported in Table 6.
Table 6: Results for Physico-chemical Evaluation
Sr. No. |
Properties |
F1 |
F2 |
F3 |
F4 |
F5 |
Standard (IP) |
1. |
Foreign Matter |
Nil |
Nil |
Nil |
Nil |
Nil |
NMT 3.0% |
2. |
pH |
7.02 |
7.05 |
6.8 |
7.03 |
6.9 |
- |
3. |
Loss on Drying/ Moisture Content |
11.86% |
11.73% |
10.07% |
11.07% |
10.69% |
NMT 12.0% |
4. |
Water solubility |
49.6% |
40.8% |
39.5% |
48.7% |
37.3% |
NLT 35.05% |
5. |
Total Ash Value |
3.52% |
4.44% |
3.36% |
6.0% |
7.3% |
NMT 8.0% |
CONCLUSION
REFERENCES
Pratik Wani*, Ashvini Joshi, Shravani Sorte, Anjali Waringe, Formulation of Arrowroot edible powder- Useful for UTI, Int. J. of Pharm. Sci., 2025, Vol 3, Issue 7, 56-69. https://doi.org/10.5281/zenodo.15781916