Pharmaceutics Articles

ABOUT AUTHOR:
Deepika Kadodiya
Mahakal Institute Of Pharmaceutical Studies,
Ujjain M.P.
deepikakadodiya05@gmail.com

About Authors:
Yashodhara Choubey*, Mr. Govind Bhandari, Mr. Avnish Sharma, Mr. Mukesh Mehra
Mahakal Institute of Pharmaceutical Studies,
Ujjain (M.P.), India
*yashodhara.juhipharma@gmail.com

About Authors:
M. B. Shinde*, S.V.Usnale¹, M. B. Sorde², O.V. Kolgire³
Department of quality assurance,
Maharashtra College Of Pharmacy, Nilanga.
Dist- latur (MS)
*maheshinde7@gmail.com

ABOUT AUTHORS:
Girish Kumar Tripatha*, Satyawan Singha
Bio-organic chemistry Laboratory,
Saroj Institute of Technology & Management Lucknow, India
*orgpharm@gmail.com

About Authors:
Waghmare P.V.*, Chinchole A.S.¹, Chavan D.V.², Dr.Bhusnure O.G.³
Master of pharmacy, Department of Quality Assurance (*,^{1, 2,3})
Maharashtra College of Pharmacy, Nilanga, Dist. Latur (MS) 413521, India
*pradeep.waghmare90@gmail.com

ABOUT AUTHORS:
Nitish Maini*, Saroj Jain, Satish Sardana
Hindu College of Pharmacy,
Sonipat, Haryana, India
*nitishmaini@yahoo.com

ABSTRACT
Patients who may otherwise be unable to take medication may benefit from new electronic implants capable of dispensing drugs automatically. The Remote Intelligent Drug Delivery System (RIDDS), a device implanted under the skin and connected to a wireless control center, overcomes the inconvenience associated with taking drugs manually. Such devices include built-in sensors that allow health care workers to monitor pulse rate, blood oxygen levels and other functions. Based on the information, they can adjust how frequently the medication is delivered or increase or decrease amounts as necessary. Nowadays, the Remote Intelligent Drug Delivery System (RIDDS) is a potential demand as they will be especially beneficial for people with physical or mental disabilities, who would otherwise be unable to take medications on their own.

About Author:
Vivek P. Chavda
Department of Pharmaceutics,
B.K. Mody Government Pharmacy College,
Rajkot – 360003, Gujarat (India)
vivek7chavda@gmail.com

Introduction
Thermal method of analysis are group of techniques in which changes in physical and /or chemical properties of a substance are measured as a function of temperature, while substance is subjected to controlled temperature programmes.[1]Thermal analysis and calorimetric methods have demonstrated a wide array of applications in the Preformulation, and formulation development. These techniques are critical in physical–chemical screening of early discovery leads, during salt form screening, and in the characterization of polymorphs to determine the thermodynamic relationships between the various crystal forms.[2]

About Author:
Piyush Tripathi
Kota College of Pharmacy,
Kota (RAJ)
piyushtripathi1992@rediffmail.com

Definition:
A gel is a solid or semisolid system of at least two constituents, consisting of a condensed mass enclosing and interpenetrated by a liquid⁴.