🔴Targets for drug action🔴
📌•A drug is a chemical applied to a physiological system that affects its function in a specific way.
📌 •With few exceptions, drugs acton target proteins, namely:
–receptors
–enzymes
–carriers
–ion channels.
📌 •The term receptor is used in differen tways. In pharmacology, it describes protein molecules whose function is to recognise and respond to endogenous chemical signals. Other macromolecules with which drugs interact to produce their effects arek nown as drug targets.
📌 •Specificity is reciprocal: individual classes of drug bind only to certain targets, and individual targets recognise only certain classes of drug.
📌•No drugs are completely specific in their actions. In many cases, increasing the dose of a drug will cause it to affect targets other than the principal one, and this can lead to side effects.
📌•A drug is a chemical applied to a physiological system that affects its function in a specific way.
📌 •With few exceptions, drugs acton target proteins, namely:
–receptors
–enzymes
–carriers
–ion channels.
📌 •The term receptor is used in differen tways. In pharmacology, it describes protein molecules whose function is to recognise and respond to endogenous chemical signals. Other macromolecules with which drugs interact to produce their effects arek nown as drug targets.
📌 •Specificity is reciprocal: individual classes of drug bind only to certain targets, and individual targets recognise only certain classes of drug.
📌•No drugs are completely specific in their actions. In many cases, increasing the dose of a drug will cause it to affect targets other than the principal one, and this can lead to side effects.
MCQ No. 641 | Biotechnology
____no’s of template molecules can be amplified after 20 cycles of PCR
____no’s of template molecules can be amplified after 20 cycles of PCR
Anonymous Quiz
21%
A. 108
23%
B. 109
15%
C. 107
41%
D. 106
MCQ NO. 642 | Physical Pharmacy
What is the unit of molar conductivity ?
What is the unit of molar conductivity ?
Anonymous Quiz
21%
(a) Mho
38%
(b) Ω-1cm-1
30%
(c) Ω-1cm 2mol-1
12%
(d) Ω-cm
MCQ No.643 l Pharmaceutical Engineering
Mechanism of ball mill is.........
Mechanism of ball mill is.........
Anonymous Quiz
8%
A)Impact
12%
B)Attrition
77%
C)Impact & Attrition
2%
D)None of the mentioned
MCQ NO. 644 | P. Inorganic Chemistry
Halogenation mechanism occurring with antiseptic are
Halogenation mechanism occurring with antiseptic are
Anonymous Quiz
21%
(a) hypohalite
29%
(b) sulphydryl
46%
(c) halogens
4%
(d) none
MCQ NO. 645 | Physical Pharmacy
The shift of an absorption maxima to a higher wavelength is known as...
The shift of an absorption maxima to a higher wavelength is known as...
Anonymous Quiz
45%
a)Bathochromic Shift
44%
b)Hyperchromic shift
9%
c)Hyopchromic Shit
2%
d)None
MCQ NO. 646 | Pharmacology
Common adverse effects of antitubercular drugs are..
Common adverse effects of antitubercular drugs are..
Anonymous Quiz
21%
A. Optic neuritis
38%
B. Hepatitis
21%
C. Neuritis
20%
D. Nephritis
MCQ NO. 647 | Pharmacology
Digoxin shows a major side effect is....
Digoxin shows a major side effect is....
Anonymous Quiz
6%
A) fever
32%
B )loss of appetite
31%
C) drowsiness
31%
D)viusal disturbance
MCQ NO. 648 | Industrial Pharmacy
During sugar coating of tablet in which step colourant is imparted ?
During sugar coating of tablet in which step colourant is imparted ?
Anonymous Quiz
10%
A. Sealing
13%
B. Water proofing
31%
C. Subcoating
46%
D. Syrup coating or smoothing
MCQ No.649 | Pharmaceutical jurisprudence
Which indication must be prescribed on the label of ophthalmic ointments?
Which indication must be prescribed on the label of ophthalmic ointments?
Anonymous Quiz
37%
A. Use within 1 month of opening
25%
B. It is dangerous to take this preparation except under medical supervision
36%
C. Consult to Physician if irritation persist, discontinue the use
2%
D. Not for human use
MCQ NO. 650 | Industrial Pharmacy
During Tablet sealing process the coating pan rotates at.......
During Tablet sealing process the coating pan rotates at.......
Anonymous Quiz
29%
A. 10 rpm
41%
B. 20 rpm
23%
C. 30 rpm
6%
D. 5 rpm
📌Weekly Test Winners
🥇Joy
🥈Rishav
🥉Annesh Das
🥉Simran Ajani
-478 students attempted today’s test.
CONGRATULATIONS 🎊
🥇Joy
🥈Rishav
🥉Annesh Das
🥉Simran Ajani
-478 students attempted today’s test.
CONGRATULATIONS 🎊
-We are going to conduct daily 20mcqs chapter wise quiz.
-For this week we select INDUSTRIAL PHARMACY for daily chapter wise test. But 1st of all, I would like to tell you that why we select IP first.
We all read IP, once or twice for GPAT but we are unaware about our chapter wise knowledge because sometimes we can’t remember pharmaceutics or IP for long time so we have to brush it regularly and for those students who are in 3rd year, focus on IP because this subject is included in your regular semester, IP is one the core subject for GPAT so don’t negotiate it...everyone have to study it. Read following chapter and solve daily quiz on this chapter. Keep your reading regular. It is always necessary that you have to study systematically. Major or the important topics are focus much more for better results also with the minor topics.
#Stay_tuned_for_latest_updates.
THANK YOU!
-For this week we select INDUSTRIAL PHARMACY for daily chapter wise test. But 1st of all, I would like to tell you that why we select IP first.
We all read IP, once or twice for GPAT but we are unaware about our chapter wise knowledge because sometimes we can’t remember pharmaceutics or IP for long time so we have to brush it regularly and for those students who are in 3rd year, focus on IP because this subject is included in your regular semester, IP is one the core subject for GPAT so don’t negotiate it...everyone have to study it. Read following chapter and solve daily quiz on this chapter. Keep your reading regular. It is always necessary that you have to study systematically. Major or the important topics are focus much more for better results also with the minor topics.
#Stay_tuned_for_latest_updates.
THANK YOU!
🔴DEFINITION:
PURIFIED WATER:
“Water which is prepared by the distillation or deionization of potable water or by the process of reverse osmosis.”
PURIFIED WATER:
“Water which is prepared by the distillation or deionization of potable water or by the process of reverse osmosis.”
🔴DEFINITION
PARENTRAL:
“The definition of a parenteral is medicine or liquid that is is introduced into the body through a route other than the gastrointestinal (GI) tract.”
PARENTRAL:
“The definition of a parenteral is medicine or liquid that is is introduced into the body through a route other than the gastrointestinal (GI) tract.”
🔴DEFINITION
OPHTHALMIC:
“Ophthalmic means relating to or concerned with the medical care of people's eyes.”
OPHTHALMIC:
“Ophthalmic means relating to or concerned with the medical care of people's eyes.”
🔴DEFINITION
PARATONIC SOLUTION:
“The solutions having different osmotic pressure is called as paratonic solutions.”
PARATONIC SOLUTION:
“The solutions having different osmotic pressure is called as paratonic solutions.”
Sterility Test Methods
-The USP specifies two basic methods for performing sterility tests:
1. The direct transfer or direct inoculation method.
2. The membrane filtration method.
Direct Transfer Method
-The direct transfer (DT) method is the more traditional sterility test method. Basically, the DT method involves three steps:
1. Aseptically opening each sample container from a recently sterilized batch of product.
2. Using a sterile syringe and needle to withdraw the required volume of sample for both media from the container.
3. Injecting one-half of the required volume sample into a test tube containing the required volume of FTM and the other half volume of sample into a second test tube containing the required volume of TSB.
Membrane Filtration Method:
-The membrane filtration (MF) sterility test became official in the 18th edition of the USP in 1970.
-It has since become the more popular and widely used method over the DT method.
-The successful employment of this technique requires more skill and knowledge than that required for the DT method.
-Five basic steps are involved in the use of the MF sterility test method:
1. The filter unit (Figure 1.5) must be properly assembled and sterilized prior to use.
2. The contents of the prescribed number of units are transferred to the filter assembly under strict aseptic conditions.
3. The contents are filtered with the aid of a vacuum or pressure differential system.
4. The membrane is removed aseptically and cut in half.
5. One-half of the membrane is placed in a suitable volume (usually 100 ml) of FTM and the other membrane half is placed in equal volume of TSB.
-The membrane used usually is a 0.450.22 micrometer porosity filter with a diameter of 47 mm and can accommodate a flow rate of 55 to 75 ml of water per minute at a pressure of 70 cm of mercury.
-The USP specifies two basic methods for performing sterility tests:
1. The direct transfer or direct inoculation method.
2. The membrane filtration method.
Direct Transfer Method
-The direct transfer (DT) method is the more traditional sterility test method. Basically, the DT method involves three steps:
1. Aseptically opening each sample container from a recently sterilized batch of product.
2. Using a sterile syringe and needle to withdraw the required volume of sample for both media from the container.
3. Injecting one-half of the required volume sample into a test tube containing the required volume of FTM and the other half volume of sample into a second test tube containing the required volume of TSB.
Membrane Filtration Method:
-The membrane filtration (MF) sterility test became official in the 18th edition of the USP in 1970.
-It has since become the more popular and widely used method over the DT method.
-The successful employment of this technique requires more skill and knowledge than that required for the DT method.
-Five basic steps are involved in the use of the MF sterility test method:
1. The filter unit (Figure 1.5) must be properly assembled and sterilized prior to use.
2. The contents of the prescribed number of units are transferred to the filter assembly under strict aseptic conditions.
3. The contents are filtered with the aid of a vacuum or pressure differential system.
4. The membrane is removed aseptically and cut in half.
5. One-half of the membrane is placed in a suitable volume (usually 100 ml) of FTM and the other membrane half is placed in equal volume of TSB.
-The membrane used usually is a 0.450.22 micrometer porosity filter with a diameter of 47 mm and can accommodate a flow rate of 55 to 75 ml of water per minute at a pressure of 70 cm of mercury.
Sterility Testing of Different Sterile Products
-The USP describes the sterility test procedures to be followed for all types of sterile products excluding human biologics, human antibiotics, and veterinary biologics, to which Federal regulations apply.
-Test procedures for the direct transfer to test media are given for the following six types of products:
1. Liquids.
2. Ointments and oils insoluble in isopropyl myristate.
3. Solids.
4. Purified cotton, gauze, surgical dressings, sutures, and related articles.
5. Sterilized devices.
6. Sterile empty or prefilled syringes.
Test procedures for using the MF technique are specified for the following five types of products:
1. Liquids miscible with aqueous vehicles
2. Liquids immiscible with aqueous
vehicles, less than 100 ml per container
3. Filterable solids
4. Ointments and oils soluble in isopropyl myristate
5. Devices
-The USP describes the sterility test procedures to be followed for all types of sterile products excluding human biologics, human antibiotics, and veterinary biologics, to which Federal regulations apply.
-Test procedures for the direct transfer to test media are given for the following six types of products:
1. Liquids.
2. Ointments and oils insoluble in isopropyl myristate.
3. Solids.
4. Purified cotton, gauze, surgical dressings, sutures, and related articles.
5. Sterilized devices.
6. Sterile empty or prefilled syringes.
Test procedures for using the MF technique are specified for the following five types of products:
1. Liquids miscible with aqueous vehicles
2. Liquids immiscible with aqueous
vehicles, less than 100 ml per container
3. Filterable solids
4. Ointments and oils soluble in isopropyl myristate
5. Devices