pharm notes - neil medical group...page 3 volume 21, issue 2 group d: a laba/lama combination...
TRANSCRIPT
Headache disorders are very common in the elderly. As we
age, causes of headaches shift from benign to more serious
conditions and they can often present in an atypical manner.
We are all fairly familiar with tension headaches and mi-
graines, but did you know that these are only one category in
the greater scheme of all headache disorders? Tension, mi-
graine, hypnic, and cluster
headaches are what are
known as primary headache
disorders, whereas second-
ary headache disorders are a
less commonly known sub-
type that are more common
in the elderly population
(and often only occur in this
population). Secondary
headache disorders include
giant cell arteritis/temporal
arteritis, intracranial mass/
brain tumor, subdural hema-
toma, cardiac cephalgia,
ischemic stroke/transient
ischemic attack, and medication overuse headache. Interest-
ingly, primary headache disorders de-
crease with age while secondary head-
ache disorders become more prevalent.
Also, causes of headaches shift from
benign to more serious conditions.
While tension headaches are the most
prevalent type of headache in the elder-
ly and consist of peri-cranial tenderness
and band tightening around the head,
secondary headaches do pose a rather
large problem in the elderly as they are
often inadequately diagnosed due to
their specificity.
Migraines are caused by peptide release
(including calcitonin, substance p, and
neurokinin A) along with the depletion of serotonin. These
together cause vasodilation and headaches. This is why the
drug class triptans came about since they increase 5ht (a pre-
cursor of serotonin) as well as decrease vasodilation. Mi-
graines consist of a prodrome, aura, headache, and post-
drome. Migraine without aura (classical migraine) must in-
clude > 5 attacks (not caused
by another condition) that
last 4-72 hours and include
nausea/vomiting and/or pho-
tophobia/phonophobia.
They must also be unilateral,
pulsating, aggravated by
physical activity, and moder-
ate/severe in pain. Migraine
with aura must include > 2
attacks with > 3 features in-
cluding > 1 fully reversible
aura symptom, > 1 aura
symptom developing gradu-
ally over 4 minutes or 2
symptoms in succession,
aura symptoms that do not last more than 60 minutes, and a
migraine headache that follows aura within 60 minutes (also
not caused by another disorder).
Migraines can be caused by over use of analgesics, nifedi-
pine/nitrates/hydralazine (all of these medications cause vas-
odilation), alcohol, caffeine, processed meats, chocolate,
aged cheese, MSG, aspartame, weather, smoke, noise, flash-
ing lights, too much sleep, too little sleep, stress, hormonal
change, and missing meals. Migraines can be treated with
NSAIDS, ergots (although they are less favored as they
cause hypotension), and triptans. Do keep in mind that trip-
tans are contraindicated if there is a history of ischemic heart
disease/coronary artery vasospasm, history of stroke or tran-
sient ischemic attack, ischemic bowel disease, uncontrolled
hypertension, hemiplegic or basilar migraine, or recent use of
another triptan or of an ergotamine-containing medication.
Headaches in the Older Adult
A Publication of Neil Medical Group, The Leading Pharmacy Provider in the Southeast
March/April 2018
PHARM NOTES
Inside this issue:
Headaches in the
Older Adult
1
Update: COPD
2017 Gold Guide-
lines
2-3
Headaches in the
Older Adult:
conclusion
4-5
Non-Traditional
Drugs of Abuse:
What the Clini-
cian Should
Know
6-7
Neil Medical
Group Contact
Information
8
Volume 21, Issue 2
Continued on page 4
Update: COPD 2017 GOLD Guidelines
Page 2
PHARM NOTES
Chronic obstructive pulmonary disease (COPD) is a chronic
disorder of the airways and the third leading cause of death in
the United Sates. COPD represents the second leading cause of
disability and is responsible for nearly 50 million physician
visits in the past 20 years. The economic impact is substantial
and cost about $32 billion in 2010. By 2020, the financial bur-
den is expected to reach $49 billion.
Chronic inhalation of harmful agents including tobacco smoke
and occupational pollution causes an abnormal inflammation
of lung airways and results in progressive airflow limitations.
Several structural changes occur such as narrowing of small
airways and destruction of lung parenchyma. COPD differs
from asthma in that airflow limitations are not fully reversible.
Risk factors for COPD include tobacco smoking, occupational
exposure, genetics, and environmental pollution. Hallmark
symptoms of COPD include dyspnea (shortness of breath),
chronic cough, and chronic sputum production. It is recom-
mended a patient with key symptoms and risk factors undergo
a spirometry test in order to definitively diagnose COPD. A
spirometry test measures the volume of air forcibly exhaled in
one second (forced expiratory volume - FEV1) compared to the
volume of air forcibly exhaled after taking the deepest possible
breath (forced vital capacity, FVC). This is referred to as the
FEV1/FVC ratio. Patient FEV1/FVC results are compared to a
reference range derived from healthy patients of the same age,
sex, and height. A value of FEV1/FVC < 0.7 confirms a diag-
nosis of COPD.
The Global Initiative for Chronic Obstructive Lung Disease
(GOLD) devised treatment guidelines with evidence-based
recommendations. These guidelines were recently revised in
2017. Per the guidelines, patients must be classified by both
airflow limitation severity and symptom burden/exacerbation
risk in order to determine the most appropriate COPD manage-
ment. In patients with an FEV1/FVC < 0.7, airflow limitation
severity is classified into groups GOLD 1-
4 based on their FEV1 percent predicted
(Table 1). Assessment of symptoms/
exacerbation risk are scored from A-D.
Guideline updates indicate that therapy
should be selected based off letter score
(A-D) and no longer GOLD 1-4 severity
classification (see Table 2). Both CAT
and mMRC scores are acquired through
patient questionnaires regarding how
symptoms, such as dyspnea, affect their
quality of life.
Past GOLD guidelines only recommended
initial therapy, however, the 2017 GOLD
revision suggests escalation and de-
escalation options for patients that are
already on treatment. Pharmacologic rec-
ommendations for stable COPD per the
GOLD 2017 guidelines are as follows:
Group A: A bronchodilator
Bronchodilators increase FEV1 by altering airway
smooth muscle tone, opening airways
A few examples include albuterol (short-acting
beta-2-agonist: SABA), salmeterol (long-acting
beta-2 agonist: LABA), ipratropium (short-acting
anticholinergic: SAMA), and tiotropium (long-
acting anticholinergic: LAMA)
Group B: A long-acting inhaled bronchodilator (either
a LABA or LAMA) Patients with persistent symptoms should add on a
second long-acting inhaled bronchodilator from
the other class
Group C: A long-acting inhaled bronchodilator - spe-
cifically a LAMA
Patients with persistent symptoms may benefit
from a second long acting bronchodilator (LAMA/
LABA combo) or switching to a combination of a
long-acting beta-2-agonist and an inhaled cortico-
steroid (LABA/ICS). Note: Adding an ICS in-
creases patient risk of developing pneumonia.
Page 3
Volume 21, Issue 2
Group D: A LABA/LAMA combination
LABA/ICS might be first choice for certain patients with co-existing asthma or a high eosinophil count.
Patients with persistent symptoms on LABA/LAMA may escalate to LABA/LAMA/ICS or switch to LAMA/ICS.
Patients on LABA/LAMA/ICS with an FEV1 < 50% predicted and chronic bronchitis may add roflumilast,
a macrolide antibiotic (azithromycin), or stop the ICS if no significant results were found.
Roflumilast is a phosphodiesterase-4 (PDE4) inhibitor that works by reducing inflammation in the air-
ways.
In addition to management of COPD symptoms by pharmacologic
treatment, several non-pharmacologic interventions are also rec-
ommended. If applicable, smoking cessation is key to preventing
disease progression and nicotine replacement therapy or pharma-
cologic therapy is recommended due to increased long-term smok-
ing abstinence rates. Patients in Groups B-D are also encouraged
to receive pulmonary rehabilitation. All patients, regardless of
classifications, should receive the pneumococcal vaccination as
well as the yearly influenza vaccination. Additionally, the new
guideline revisions added regular inhaler technique assessment in
order to improve therapy outcomes.
Despite effective medications, COPD exacerbations still occur
with the most common culprit being respiratory tract infections.
Fortunately, more than 80% of exacerbations can be treated in an outpatient setting. An exacerbation is defined as an acute
worsening of respiratory symptoms that requires additional therapy. COPD exacerbations are classified into three stages based
on severity. Mild exacerbations are treated in the out-patient setting and only require an addition of a SABA (e.g. albuterol). A
moderate exacerbation is treated with a SABA plus antibiotics and/or oral corticosteroids.. The recommended corticosteroid
dosing is 40 mg of prednisone once daily for 5 days. The recommended duration of antibiotic therapy is 5-7 days and antibiotic
choice should be based on local resistance patterns and patient risk factors for P. aeruginosa. Severe exacerbations require hos-
pitalization and recommends all components of moderate treatment as well as respiratory support. Options for respiratory sup-
port include oxygen therapy, ventilatory support, and non-invasive or invasive mechanical ventilation based on symptom se-
verity, PaO2, and O2 saturation.
Table 2: Assessment of Symptoms/Risk of Exacerbation
Table 1. Classification of airflow limitation severity in COPD (Based on post-bronchodilator FEV1 )
In patients with FEV1/FVC
GOLD 1: Mild FEV1 > 80% predicted
GOLD 2: Moderate 50% < FEV1 < 80% predicted
GOLD 3: Severe 30% < FEV1 < 50% predicted
GOLD 4: Very Severe FEV1 < 30% predicted
Article by Jessica Haynes, PharmD Candidate
Wingate University School of Pharmacy
Exacerbation History
> 2 or > 1 leading to
hospital admission
C
D
0 or 1 (not leading to
hospital admission)
A
B
mMRC 0-1 CAT < 10
mMRC > 2 CAT > 10
Page 4
Headaches in the Older Adult………………….continued from page 1
PHARM NOTES
Migraines can be prevented with valproic acid, beta blockers
(metoprolol/propranolol/timolol), topiramate, tricyclic antide-
pressants (try to avoid amitriptyline and imipramine as they
are more anticholinergic and instead go with nortriptyline or
desipramine), magnesium, venlafaxine, feverfew, and
NSAIDS. Do keep in mind that it takes 2-3 months for
prophylactic medica-
tions to work.
Tension headaches are
the most common
type of headache in
the elderly and they
present with peri-
cranial tenderness
with band tightening
around the head.
Neurobiological evi-
dence suggests epi-
sodic peripheral pain
mechanisms with
chronic central pain
mechanisms as the
cause. Episodic ten-
sion headaches must
include > 10 episodes
occurring over 3
months (not caused by
another disorder) that last 30 minutes to 7 days with no nausea
or vomiting and no more than 1 photophobia or phonophobia
event. They must also have at least > 2 features including
bilateral pain, pressing/tightening (non pulsating), mild to
moderate pain, and no aggravation by physical activity. Re-
member that a maximum of 2 grams of Tylenol per day is rec-
ommended in patients with liver disease while 3.25 grams of
Tylenol per day is recommended in regular patients to prevent
liver toxicity.
The one lesser known primary headache is what is called a
hypnic headache. Hypnic headaches are unique to the elderly
and you must be at least 50 years old in order to be diagnosed
with this headache subtype. They involve disturbance of
sleep-related physiology of the brain stem during REM sleep
partially due to a decrease in secretion of melatonin related to
the aging process. This in turn causes awakening a few hours
after sleep begins and lasts 15-180 minutes. First line therapy
is lithium carbonate. Indomethacin, caffeine, and melatonin
can be used as second line therapy if lithium is contra-
indicated. Criteria for hypnic headaches must include four of
the following criteria: it occurs only during sleep and awakens
the patient (and is not caused by another disorder); it has no
autonomic symptoms and no more than one symptom of nau-
sea, photophobia, or phonophobia; it lasts > 15 minutes after
awakening; and it has at least 2 of 3 characteristics including
it occurs > 15 times per month, lasts > 15 minutes after awak-
ening, and first occurs after the age of 50 years.
The first secondary
headache that is
seen in the older
adult is giant cell
arteritis. These are
due to chronic vas-
culitis and they
commonly affect the
cranial branches/
aortic arch including
the temporal and
ophthalmic arteries.
Giant cell arteritis is
commonly bi-
temporal and may
radiate via a throb-
bing pain to the
neck, jaws, face,
and tongue. It also
commonly causes
fever, anemia, fa-
tigue, anorexia, depression, generalized muscle aches, poly-
myalgia, rheumatic jaw claudication, diplopia, visual field
loss, amaurosis fugax, and blindness. It can be diagnosed
through lab work as it increases the ESR to > 50 mm/hour and
increases CRP. It can also be diagnosed via a temporal artery
biopsy. High doses of corticosteroids should be started imme-
diately upon suspected diagnosis of GCA and treatment must
continue for several months. Three of the five criteria must be
met in order to qualify giant cell arteritis including: age of
disease onset > 50 years old, new headache, temporal artery
abnormality (aka tenderness to palpate or decreased pulsa-
tion), erythrocyte sedimentation rate (ESR) > 50 mm/hour,
and abnormal temporal artery biopsy.
The next secondary headache category is medication overuse
headaches. They are often caused by opioids (which do not
have much evidence in effectiveness when used to treat head-
aches). Opioids also decrease the effectiveness of other abor-
tive medications such as triptans, NSAIDS, and ergotamines.
Also, medications that relieve headaches can cause medica-
tion overuse headaches (including triptans, ergotamines,
NSAIDS, APAP, ASA, and products containing butalbital).
Page 5
Volume 21, Issue 2
Medication overuse headaches present with mild-moderate symptoms, are commonly bilateral in location, cause diffuse pressure
as well as scalp tenderness, may be provoked by slight physical or mental activity, and are worse upon awakening (as the previ-
ous dose of offending medication wears off). The headache either resolves or returns to baseline pattern within 2 months. The
best treatment includes discontinuing/tapering the offending agent. Prophylactic therapy should also be considered. If acute
treatment is needed, then hydroxyzine, baclofen, tizanidine, neuroleptics, benzodiazepines, metaxolone, or methocarbamol can
be used.
Brain tumors are the next class of secondary headache. Interestingly enough, the tumor itself does not cause the headache. It is
instead caused by pressure from the tumor or pressure from the tumor related to fluid buildup. These in turn affect pain sensi-
tive blood vessels/nerves in the brain. Brain tumors often originate from lung, breast, kidney, and gastrointestinal cancer as well
as melanomas. They most commonly manifest as astrocytomas, oligodendrogliomas, meningiomas, and pituitary adenomas.
Headaches caused by brain tumors are insidious and gradual/progressive in nature. The patient will have symptoms 20-50% of
the time and pain is usually occipital in location (back/base of head). However, certain types of tumors can cause more frontal
pain. Tension-type headaches are the most common type of headache associated with brain tumors. They are also worse in the
morning (upon waking/rising) and cause vomiting and increased intracranial pressure that is most often resistant to common
analgesics. Patients who already have a history of headaches will now have more severe and frequent headaches that are associ-
ated with seizures, mental status change, and hemiparesis. Treatment varies based on the symptoms, tumor type, functional sta-
tus, disease progression, and current medications already treating the tumor. If treatment is palliative, then pain should be man-
aged aggressively with analgesics, opioids, and glucocorticoids.
In closing, always treat any new onset headache in the older adults as a possible serious condition. It is always beneficial to
evaluate brain imaging, metabolic monitoring (high calcium, low thyroid), and inflammatory markers in order to evaluate the
possibility of secondary headache disorders. Also, always keep in mind that primary headaches often present atypically in the
elderly. Be sure to also rule out drug-induced causes. Lastly, always look for contraindications to comorbid medical conditions
as well as medications that limit negative consequences (such as drugs on the BEERS list) due to the general senescence of the
body as it ages.
TYPE OF HEADACHE ABORTIVE TREATMENT PROPHYLACTIC TREATMENT
MIGRAINE Mild-Moderate: NSAIDs or combination
APAP + ASA + Caffeine
Moderate-Severe: Triptans or ergots
1st Line: Valproic Acid, Metoprolol, Propranolol,
Timolol, Topiramate, petasites
2nd Line: Tricyclic antidepressants, Atenolol, Mag-
nesium, Venlafaxine, NSAIDS, and feverfew
TENSION Mild-Moderate: APAP 1000mg per attack,
NSAIDs, ASA
Moderate-Severe: ***Triptans and Ergots
have NO ROLE***
1st Line: Tricyclic Antidepressants (Nortriptyline)
2nd Line: Venlafaxine, Mirtazapine
HYPNIC Aspirin 1st Line: Lithium Carbonate (avoid w/thyroid dys-
function, weight gain, tremor)
2nd Line: Indomethacin, caffeine, melatonin
GIANT CELL
ARTERITIS
Prednisone 60-80mg daily
Treat until symptoms remit (normally treated for sev-
eral months) and ESR normalizes, then taper over 2-4
weeks
MEDICATION
OVERUSE
HEADACHE
1st Line: Discontinue/taper offending agent
2nd Line: Hydroxyzine, Baclofen, Tizanidine,
Neuroleptics, Benzodiazepines, Metaxolone,
Methocarbamol
Article by Rachel Benton, Pharm D, BCGP
Non-Traditional Drugs of Abuse Advice for the Clinician
Page 6
PHARM NOTES
Many medications that are prescribed and used routinely
have the potential for abuse. The most likely pharmaceuticals
include those that may have psychoactive effects such as in-
creased energy, intoxication, sedation, relaxation, hallucina-
tions and euphoria. Patients may seek out these medications
legally, obtain them from family or friends, or drug dealers.
If taken in large enough quantities, they may experience psy-
chogenic effects that may lead to abuse.
Common OTC medications that may be abused include
cough/cold preparations (containing antihistamines, decon-
gestants and dextromethorphan) and antiemetics (such as Cy-
clizine and Dimenhydrinate). Prescription medications which
are not “scheduled” indicating abuse potential, include anti-
cholinergics, H2 blockers, hypertensive medications, antide-
pressants, atypical antipsychotics, and anticonvulsants. Alt-
hough it is difficult to pinpoint exactly why these medica-
tions are abused, their effects may include euphoria, dissocia-
tive and hallucinogenic effects, or potentiation of psychogen-
ic effects when combined with other drugs. When these com-
mon drugs are abused, typically excessive dosages are used
and the routes of administration are changed.
This article will focus on some commonly used medications:
atypical antipsychotics, anticonvulsants, antidepressants, and
skeletal muscle relaxants.
ATYPICAL ANTIPSYCHOTICS
Quetiapine (Seroquel) is repor ted as the most abused an-
tipsychotic. When taken in large doses, sometimes intrana-
sally, it may have sedative and anxiolytic effects. Prison in-
mates have described it as “quell” or “baby heroin” and its
abuse has led to removal from several prison formularies.
“Quell” may be obtained from drug dealers indicating it has
“street value” just like the more commonly abused opioid
medications. It is often mixed with recreational drugs for
“getting mellow” or “slowing down”.
Olanzepine (Zyprexa) has similar effects and has been
used “for a buzz” or euphoria. Abusers may take excess oral
doses, inject dissolved tablets, or use in combination with
alcohol, opioids, cocaine/crack, methamphetamine, cannabis
and benzodiazepines. The combination may enhance the
effects of other drugs or counteract adverse effects of illicit
substances.
Other antipsychotics with abuse reports include risperidone,
aripiprazole, ziprasidone and asenapine. Recent studies for
abuse of atypical antipsychotics have focused on psychiatric
patients. Clinicians should consider the risk of prescribing
medications for reasons other than psychosis, such as sleep,
anxiety, and depression, given their potential for misuse in
this patient population. Also, if a patient who has no known
history of a psychotic disorder requests an antipsychotic, this
should be a red flag.
ANTICONVULSANTS
Gabapentin (Neurontin) has been recognized as another
medication with addictive properties. Pregabalin, a similar
medication, is known to be addictive and is now a Schedule
V drug. Gabapentin is not a controlled substance and is indi-
cated for the treatment of epilepsy and post herpetic neural-
gia. As a GABA agonist, it slows down the activity of nerve
cells in the brain. Off label uses include pain syndromes,
anxiety and mood disorders, restless leg syndrome and alco-
hol withdrawal. In Europe, there have been at least 20 cases
of addition to gabapentin. Abusers describe it as “zombie-
like”, calming, euphoric and it increases their sociability. Ab-
ruptly stopping gabapentin causes withdrawal symptoms in-
cluding seizures, diaphoresis, agitation, confusion, and ele-
vated vital signs. Some symptoms, including catatonia, have
been similar to withdrawal from alcohol or benzodiazepines.
"All things are poisons, for there is nothing without poisonous qualities. It is only the dose which makes a thing a
poison,”
Paracelsus quoted.
Page 7
ANTIDEPRESSANTS
Amitriptyline (Elavil) in large doses may produce eupho-
ria, relaxation, giddiness, and contentment. Other similar tricy-
clic antidepressants have the most potential for abuse due to
their anticholinergic or dopaminergic effects. In combination
with opiates, there may be a prolonged psychogenic effect. It
has been documented that patients in drug treatment centers
seek out TCAs to produce euphoria and pleasant auditory/
visual hallucinations. In one methadone program, up to 25% of
patients were using amitriptyline for euphoric effects.
Bupropion (Wellbutrin), a norepinephrine-dopamine
reuptake inhibitor, may be abused by nasal insufflation produc-
ing effects similar to cocaine. Prison inmates report it is very
addictive and has a cocaine-like feel and taste. Since nasal in-
gestion bypasses the first-pass metabolism, the drug has rapid
and higher concentration in the body.
Other antidepressants with abuse potential include Fluoxetine
(Prozac), Venlafaxine (Effexor) and Tranylcypromine
(Parnate). These medications taken by the “handful” can
cause insomnia and amphetamine-like effects. Higher dosing
can lead to tolerance, dependence and withdrawal upon discon-
tinuation. Again, these medications may be combined with
illicit drugs. For example, Prozac and Zoloft have both report-
ed to prolong the effect of ecstasy.
SKELETAL MUSCLE RELAXANTS
Due to their sedative properties, skeletal muscle relaxants have
abuse potential. Sometimes they are used in combination with
other depressive substances.
Baclofen (Lioresal) is a GABA receptor agonist. It is struc-
turally similar to the “date rape drug” and has been used by
teenagers. One adolescent party with abuse of Baclofen result-
ed in 14 hospitalizations and 9 intubations. It may cause eu-
phoria, sedation and amnesia effects.
Cyclobenzaprine (Flexeril) is structurally similar to ami-
triptyline and it has similar sedative and anticholinergic ef-
fects. There was an 87% increase of cyclobenzaprine-related
ER visits over 7 years in 2011.
Other relaxants such as carisoprodol (Soma) and Tizanidine
(Zanaflex) may be abused as well. Car isoprodol is metabo-
lized to meprobamate, a known highly addictive schedule V
drug. Meprobamate (Equagesic /Equanil) has multiple uses as
muscle relaxant, anticonvulsant, anxiolytic and hypnotic.
These medications may cause sedation and impair driving abil-
ity.
OTHER MEDICATIONS USED IN COMBINATION
Clonidine (Catapres) is an alpha agonist approved for
treatment of hypertension. Through this mechanism of action,
it reduces sympathetic response causing sedation, impaired
consciousness and seizures. Opiate addicts frequently use it to
decrease opioid withdrawal symptoms or for its psychogenic or
euphoric effects. It helps them tolerate long time periods be-
tween opioid consumption. Clonidine may also be abused in
combination with other drugs, particularly diazepam.
Cimetidine (Tagamet) is an H-2 blocker and indicated for
multiple gastrointestinal related diagnoses and off-label for
urticaria. It inhibits a number of enzymes (CYP 1A2, 2C19,
2D6, and 3A4) which are responsible for metabolizing other
medications, thereby increasing the effects of those medica-
tions. Taking cimetidine prior to methadone or cocaine in-
creases or prolongs the drug addict’s response to those abused
drugs.
Loperamide (Imodium) is called the “poor man’s metha-
done” and addicts use it at very high doses (70-100mg/day) to
decrease opioid withdrawal symptoms like muscle pains, vom-
iting, diarrhea and nausea at high doses. Note that the normal
dose is up to 8mg (4 pills) daily. Loperamide works in the
same way that opioids work in the body at the opioid receptor
in the GI tract; however, high doses will cross the blood brain
barrier and produce euphoria. Cases of sudden death, due to its
cardiotoxicity, have been reported in addicts with postmortem
levels of 200 times or greater of loperamide in their bodies.
THE CLINICIAN’S RESPONSE
Finally, the clinician should be aware of the potential for non-
traditional medications that may be abused alone or in combi-
nation with other drugs. As the internet forums show, addicts
share details of “how to” abuse both legal and illegal drugs.
Any medication that has psychoactive effects may be abused if
taken in higher doses or by alternative routes of administration.
Safe and diligent prescribing and monitoring of these medica-
tions should include appropriate indications along with com-
plete patient history of known psychiatric or abusive drug his-
tory.
Volume 21, Issue 2
Article by Melodie Seagle, PharmD, BCGP
PHARM NOTES
Kinston Pharmacy
2545 Jetport Road
Kinston, NC 28504
Phone 800 735-9111
Louisville Pharmacy
13040 East Gate Parkway
Suite 105
Louisville, KY 40223
Phone 866-601-2982
Mooresville Pharmacy
947 N. Main Street
Mooresville, NC 28115
Phone 800 578-6506
To all the Pharm Notes Family,
I am continuing to share excerpts from “The Letter”…...which was given to my granddaughter on
her 1st birthday and will be saved until she turns 18.
“Ten Ways to Not Make Your Life Harder than it Has to Be”
3. Don’t Fast Forward to the Apocalypse
I have always struggled with forwarding everything to its worst possible outcome and being pleas-
antly surprised when the result is marginally better than utter disaster or terminal illness. My mind
unnecessarily wrestles with events and outcomes that aren’t even remotely likely. My sore throat is
cancer. A call from my boss may mean my job is on the line. Negativity only breeds more negativity.
It is a happiness riptide. It will carry you far from the shore and if you don’t swim away from it, it
will pull you under.
4. Don’t Have Unrealistic and/or Uncommunicated Expectations
Reality Check: Your family and friends cannot read your mind or anticipate your thoughts or whims.
Did your boyfriend forget the six and a half month anniversary of your first movie date? Did a fami-
ly member forget to call you at an appointed hour? Did your best friend fail to fawn over your new
outfit? Unmet expectations will be at the root of most of the
unhappiness in your life. If you will minimize your expecta-
tions….you will maximize your joy.
To be continued…...next time……..
Cathy Fuquay
Pharm Notes Editor
Pharm Notes is a bimonthly publication by Neil
Medical Group Pharmacy Services Division.
Articles from all health care disciplines pertinent
to long-term care are welcome. References for
articles in Pharm Notes are available upon request.
Your comments and suggestions are appreciated.
Contact: Cathy Fuquay ([email protected])
1-800-735-9111 Ext 23489
...a note from the Editor
Thank you for allowing Neil Medical Group to partner with
you in the care of your residents!