This document discusses dosage forms for personalized medicine. It introduces personalized medicine as tailoring medical treatment to individual patient characteristics. Personalized medicine relies on a patient's biology, DNA and RNA to help confirm diseases and identify the right drugs. It gives examples of how genetic testing can identify mutations in cancer patients that determine the most effective drug, and how metabolism rates can require adjusting drug doses between patients. The document advocates for dosage forms like minitablets, orodispersible tablets and opened capsules mixed with food to better suit individual patient needs based on their age, disease, genetics or physiology.
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Personalized medicine
1. DOSAGE FORM FOR PERSONALIZED
MEDICINE
M.SIMRANA FATHIMA
(M.PHARMACY)
2. INTRODUCTION
Personalized medicine is a multifaceted to patient care.
risk assessment.
Diagnosis, treatment, management.
Offers right drug to to the right patient for the right
disease at the right time with the right dosage.
Relies on patients fundamental biology, DNA, RNA which
helps in disease conformation.
3. Find defected
DNA
mutation
Eg:breast
cancer, patient
A has HER2
protien (rare)
Identify the
drugs against
mutation
Trastuzumab
supresses the
protein and
tumour.
treatment
The patient A is
given
TRASTUZUMAB
4. DEFINITION
Individualized or precision medicine or
genomi
One size doesnt fit all
Personalized medicine is the tailoring of
medical treatment to the individual
characteristics of each patient.
6. Age related eg paediatric patient
TABLETS: bigger size , so
broken into half
CAPSULE: opened
mixed/dissolved with
food or liquids
Loss of efficacy,
irritation in stomach,
improper dosing, bad
taste.
Minitablets
Orodispersible
dosage form.
7. Disease related - eg cancer
ANTILEUKEMIA
DRUG (6-
mercaptopurine)
Drug gets
metabolized
quickly so dose
is increased
Metabolise the
drug slowly and
need less dose
Most normal
people
Other
people
metabolizes the
drug poorly, so
fatal, minimum
dose
Small
portion
Tpmt deficient
Tpmt
normal
8. Genetically determined susceptibility
After chemotheraphy, patient A was taking
erlotinib. But after 3 yrs the tumour wasnt at
bay.
The patient A underwent genetic testing which
resulted ALK (anaplastic lymphoma kinase)
positive.
Patient A was prescribed with crizotinib which
supresses the ALK positive lung cancer tumour.
After the clinical trials the tumour was barely
visible