Management of specific fears and anxiety
in the behavioral medicine of companion animals:
punctual use of psychoactive medications
Patrizia Piotti1, Stefania Uccheddu1*, Maurizio Alliani1, Chiara Mariti1,2,
Valentina Nuti1, Asahi Ogi1,2, Ludovica Pierantoni1, Angelo Gazzano1,2
1 A.V.E.C (Associazione dei Veterinari Esperti in Comportamento) – Italy
2 Department of Veterinary Science – University of Pisa – Italy
Abstract: A growing body of research has recently focused on the use of psychoactive medication for the shortterm
management of specific fear and anxiety in pet cats and dogs, i.e. triggered by well-identified and predictable
stimuli. Such medications are used short-term and administered as needed to prevent the symptoms of fear and anxiety
associated with specific situations. Noticeably, in the last few years two medications have been approved in the US
and Europe for the treatment of noise fear in dogs. Furthermore, literature from the past decades provides evidence
of the anxiolytic effect following the administration of several other medications used in various situations such as
travelling and veterinary examinations. This review provides a summary of the most appropriate medications for
punctual use in case of specific fear and anxiety in cats and dogs. The authors recommend the use of psychoactive
medications providing a clear anxiolytic effect, especially in association with environmental management and humane
behavioral procedures, such systematic desensitisation and counterconditioning. Combination treatment with
non-psychoactive medications is also discussed.
Key Words: anxiety, psychopharmacology, acepromazine, dog, cat.
* Corresponding Author: [email protected]
Introduction
The recent years have seen a growing body of research on the application of psychoactive medication
for the temporary management of fear and anxiety in pet cats and dogs. These medications
are usually indicated for short term, punctual use, i.e. to alleviate the symptoms of fear and anxiety
associated with specific situations. Historically, acepromazine (ACP) has been for a long time the
sole psychoactive drug, originally approved in several countries “as an aid to control intractable
animals” and “as an antiemetic agent to control vomiting due to motion sickness in dogs and cats”
(Plumb, 2018). With time, acepromazine has become also commonly used in various situations
that caused increased reactivity in the animal or were associated with symptoms of anxiety and
fear; such as the exposure to thunderstorms and fireworks. Despite such common use of this
medication, acepromazine is a phenothiazine derivative, which does not alleviate the animal’s
emotional state of fear and/or anxiety (Sümegi et al., 2014); in fact, the tranquilliser effect is rather
dependent on motor inhibition mechanisms. The mechanism of action of acepromazine relies
on the blockage of dopaminergic receptors situated in the basal ganglia and in the limbic system,
whose activation is associated with CNS depression, sedation, and motor incoordination.
Nowadays, authors agree that phenothiazines are not the drug of choice for the treatment fearful
or phobic behaviors (long or short term), because they have poor anxiolytic activity, they induce
marked sedation and even heighten the animals’ sensitivity to stimuli, while they have no means
to escape due to the motor inhibition effects. This combination of effects induces an aversive experience
that might lead to worsening of the behavior problems by increasing the sensitivity to the
Submitted, 05/18/2019
Accepted, 06/21/2019
Dog Behavior, 2-2019, pp. 23-30 • doi 10.4454/db.v5i2.109
24 Management of specific fears and anxiety Dog Behavior, 2-2019
triggering stimuli (sensitization) (Clough, 1982). According to some authors dogs may become
more reactive to noise after treatment with ACP (Landsberg, 2003; Overall, 1997; Overall, 2002).
On the contrary, dissociative agents, such as acepromazine, reduce the animal’s general ability to
process and elaborate environmental stimuli, which is likely to increase rather than decrease the
animal’s anxious response to the triggering stimulus (Overall, 2013). Furthermore, the duration
and degree of sedation may vary among individuals and might be breed dependent (Thompson,
1998). It should also be noted that paradoxical reactions and aggressive dis-inhibition have been
observed after acepromazine administration, which poses a risk for humans and other animals
that are in contact with the treated individual (Crowell-Davis,Murray & de Souza Dantas, 2019).
Overall, it is therefore clear that phenothiazines are not appropriate medications for the treatment
of anxious, fearful, or phobic animals because they have poor anxiolytic effect and produce
marked sedation and potential sensitisation to the triggering stimuli (Thompson, 1998). The
use of acepromazine in dogs and cats that show signs of distress during specific situations (e.g.
car transport, sudden noises) not only is not related to long term improvement of the emotional
and behavioral signs, but it might even further compromise the welfare of the animal. For these
reasons the authors agree that the use of ACP should be avoided, especially as a sole or preventive
medication, for the treatment of animals that show signs of distress associated with specific
events, such as travel, exposure to loud noises or during veterinary examinations. Likewise, the
authors disagree with the use of any strategy based on coercive methods (e.g. physical punishment)
or flooding (i.e. the continuous exposure of an animal to an aversive stimulus). The authors
recommend the use of psychoactive medications with a clear anxiolytic effect, especially in association
with environmental management and humane behavioral procedures, such systematic
desensitisation and counterconditioning.
General overview of the behavioral signs related to specific fear and anxiety in cats
and dogs
Cats and dogs manifest their discomfort in situations such as travel by car, airplane, or train, or
during the exposure to loud noises through behaviors that are commonly associated with anxiety
and fear of various intensity, depending on the individual. Such behaviors include vocalizations,
shaking, mydriasis, polypnea, tachycardia, drooling, hyperactivity and pacing, escape attempts,
searching for hiding places, inappropriate urination and/or defecation (Anon, 1998; Beaver 1999;
Bergeron, 2002; Blackwell et al., 2005; Bower and Youngs 1994; Crowell-Davis, 2019; Dale et al.,
2010; O’Farrell 1992; Mariti et al., 2012; Mugford, 1991; Schwartz, 1997; Storengen & Lingaas,
2015).
Car travel
Owners often travel by car with their pets for short journeys (e.g. few minutes to reach a park)
or long journeys (e.g. long hours to arrive to a holiday destination). Various behavioral responses
to distress in these situations have been described in cats and dogs: some manifest signs of motion
sickness (nausea, vomiting), others manifest signs of distress or simple over excitement in anticipation
of the event following the travel or the journey itself (Anon, 1998; Beaver, 1999; Bower &
Youngs, 1994; O’Farrell, 1992; Mugford, 1991; Schwartz, 1997).
Airplane travel
Acepromazine has been widely prescribed in occasion of airplane journeys; however, evidence
indicates that stress signs during the journey do not change in dogs treated with ACP (Bergeron,
Dog Behavior, 2-2019 Piotti et al. 25
2002). Furthermore, the International Air Transport Association recommend to not use any drug
to tranquilise pets prior to transport, due to health and safety reasons for the animal itself.
Noise sensitivity
Several studies indicate that nearly half of the pet dog population may be fearful or anxious
when exposed to various of auditory stimuli, such as storms and fireworks (Blackwell et al., 2005;
Crowell-Davis, 2019; Dale et al., 2010; Mariti et al., 2012; Storengen & Lingaas, 2015). It is however
possible that these figures underestimate the real frequency of occurrence of the issue. Furthermore,
the problem poses a considerable risk for the animals, which may become seriously injured
or lost while attempting to escape from the triggering stimuli.
Drugs indicated for punctual use in case of specific fear and anxiety in cats and dogs
Given the considerations above, veterinary practitioners should consider other alternatives to
the use of ACP to provide short-term support (i.e. punctual use) for anxious, fearful and phobic
cats and dogs in the case of specific triggering situations. All the dosages and formulations discussed
below are for oral administration (i.e. per os) except when differently specified.
Overall, the successful treatment of fearful and anxious pets aims to: a) relieve the distress and
the negative emotional state during the triggering situation (stressful event) and consequently
improving the behavioral responses of the animal; b) support a long term behavioral modification
programme that aims to modify the emotional response to the triggering situation (these include
desensitisation and counterconditioning).
Labelled products
Dexmedetomidine
Dexmedetomidine oro-transmucosal gel (Sileo.) is a drug approved by the Food and Drug Administration
(FDA) and the European Medicines Agency (EMA) to reduce acute anxiety and fear
associated with noise aversion in dogs. The active ingredient is an alpha-2 adrenoceptor agonist
which reduces the signs of acute anxiety and fear associated with noise in dogs when administered
at the dose of 125 micrograms/m2 – please note that the formulation requires oro-transmucosal
absorption (Dean, 2017; Korpivaara et al., 2017). Clinical studies have found the drug to be effective
to reduce anxiety during travel (Landsberg et al., 2018) and veterinary examinations (Jonckheer-
Sheehy & Zaal, 2018). Owners must be informed about the correct administration of the
medication, i.e. in the buccal area. The gel is not for oral administration and should not be swallowed;
the effects following oral administration of this formulation are not predictable.
The anxiolytic effect of dexmedetomidine is linked to the alpha-2 adrenoceptor agonist action
in the Locus coeruleus (Aantaa et al., 1993; Murrell & Hellebrekers, 2005). Sileo. should be administered
30-60 minutes before the triggering event; the effect lasts for 2-3 hours. The administration
can be repeated up to 5 times in 24 hours, which should be taken into account for long travel or
during hospitalization. There is no information in the literature about the use of Sileo. in cats.
No information is available on the interactions between Sileo. and other drugs. However, the
use of Sileo. in combination with sympathomimetic amines is highly discouraged. The use of the
product during pregnancy, cardiovascular and systemic pathologies, and in senior pets is not recommended
(BSAVA, 2017).
26 Management of specific fears and anxiety Dog Behavior, 2-2019
Imepitoin
Imepitoin (Pexion.) has been recently approved by the EMA for the reduction of anxiety and
fear associated with noise phobia in dogs. Imepitoin has an anxiolytic effect, due to the partial
activation of the receptors for the neurotransmitter GABA-A and weak blocking effect on calcium
channels (Denenberg & Br.m Dub., 2018; Engel et al., 2018). The anxiolytic effect of Pexion.
starts after a few days of administration, therefore some authors suggest that the treatment should
start a few days before the triggering event (Denenberg & Br.m Dub., 2018; McPeake et al., 2017).
A series of case studies has found that, in dogs, Pexion., administered at the dose of 10-30
mg/kg BID, reduces signs of distress and induces a positive emotional state in case of fear and
anxiety related problems (McPeake et al., 2017). The results were further confirmed by a placebocontrolled
clinical trial indicating that Pexion., administered at the dose of 30 mg/kg BID starting
2 consecutive days before the expected triggering noise event, significantly reduces the behavioral
signs of fear and anxiety, when compared to a placebo (Engel et al., 2019). In the literature, the use
in cats is suggested at a dose of 10-30 mg/kg BID, starting 5-10 days before the triggering event
(Denenberg & Br.m Dub., 2018). It should be noted that the use of Pexion. for cats is not yet approved
by the EMA or the FDA.
Overall, it is recommended for the treatment to start at the lowest dose and titrate upward if
needed until the effect has been reached (Denenberg & Br.m Dub., 2018; McPeake et al., 2017).
In case of side effects, doses should be reduced (McPeake et al., 2017).
Off-label products
In Europe, a number of psychoactive medications are used off-label based on evidence in the
literature and may be prescribed taking into account the principles of the Cascade. The Cascade is
a risk based decision-tree aiming veterinary surgeons in the decision process to select the product
to use when there is no authorised veterinary medicine available for a specific condition or species.
In certain countries (e.g. Italy) the use off-label may be approved based on scientific evidence
where a given product is available but proves not to be effective in a certain individual. Without
the Cascade, veterinary surgeons could only prescribe veterinary medicines that are authorised for
a given species and for a given condition.
Benzodiazepines
Various Benzodiazepines are reported in literature to be effective in case of anxiety and fear in
small animals: for example, Lorazepam 0.02–0.1 mg/kg PO every 8-12 hours. Benzodiazepines
increase the effect of GABA on the GABA-A receptors, with anxiolytic, relaxing, antiepileptic, and
muscle-relaxing effects (Dodman & Shuster, 1994). Owners should be warned that benzodiazepines
might have dis-inhibitory effect, therefore they may disinhibit aggressive behavior (Crowell-
Davis,Murray & de Souza Dantas, 2019).
Gabapentin
Gabapentin has been recently discussed in the literature as a safe and effective treatment for cats
to help reduce stress during transportation and veterinary examination, and for trap-and-release
procedures in feline colonies (van Haaften et al., 2017; Pankratz et al., 2017).
The anxiolytic mechanism of Gabapentin is not well understood, although it is suspected to be
related to the effect on calcium channels in the neural tissue (Cheng & Chiou, 2006; Davies et al.,
2007). Additionally, Gabapenting is an effective medication for the management of neuropathic
pain both in cats and dogs (e.g. Siao et al., 2010; Moore, 2016).
In cats, Gabapentin has been used to reduce stress and aggression and increase compliance durDog
Behavior, 2-2019 Piotti et al. 27
ing transportation and veterinary examination, when administered in a single dose of 50-100 mg /
animal, 90-120 minutes prior to placing the cat into a carrier. In smaller cats Gabapentin might be
administered at the lowest dose in order to avoid sedative effect (van Haaften et al., 2017; Pankratz
et al., 2017).
Suggested doses for dogs range from 2-5 mg/Kg BID to 10-20 mg/Kg BID or TID (Overall,
2013). The effect of Gabapentin lasts for about 8 hours and should not be repeated more than 3
times within 24 hours. The authors have found the 10-20 mg/Kg dosage to be effective, especially
in combination with other medications (e.g. Trazodone).
Trazodone
Trazodone is classified as a Serotonin Antagonist and Reuptake Inhibitor (SARI) and in humans
is used as antidepressant, anxiolytic, and for the treatment of OCDs.
This psychoactive drug has a complex pharmacologic mechanism, which includes and antagonist
action on the 2A serotonergic receptors and the post-synaptic reuptake of serotonin (Stahl,
2009). The use of Trazodone has often been reported in the literature for its anxiolytic effect in
dogs (e.g. Gruen & Sherman, 2008; Gruen et al., 2017). The medication has also been used for the
treatment of nocturnal activity both in cats and dogs, especially when associated with anxiety, due
to its mild sedative effects (Gruen et al., 2014; Orlando et al., 2016).
The suggested dosage for Trazodone in dogs ranges between 1.7 and 9.5 mg/kg in a single dose
to be administered 90 minutes prior to the stressful event. The administration may be repeated for
a maximum of 3 administrations in 24 hours (Overall, 2013).
In cats, Trazodone has been suggested in the literature to reduce the symptoms of stress during
transportation and veterinary examinations (Stevens et al., 2017). The suggested dose is 50 mg/
cat to be administered 60-90 minutes before the triggering event. It has been reported that in a
few cases trazodone had a dis-inhibitory effect, which might lead to increased aggressive response
(Gruen & Sherman, 2008). Therefore, the use of Trazodone in animals with a history of aggressive
behavior should to be considered cautiously.
Combined use of psychoactive and non-psychoactive medication
Anxiety and fear-related responses to certain stimuli might be related to physical causes of
distress for the animal (Reaney et al., 2017). These might be unrelated with the triggering situation,
such as acute and chronic pain (Affenzeller et al., 2017; Barcelos et al., 2015; Camps et al.,
2012; Lopes Fagundes et al., 2018), or they might be event-related consequences, such as motion
sickness. Therefore, it is recommended that pain-relief or other relevant medication is used in
combination with psychoactive drugs, in order to alleviate the symptoms associated with the triggering
situations.
For example, recent evidence in the literature lead to the recommendation that pets that presenting
with noise sensitivities (anxious, fearful, phobic or over-reactive responses to noises) should be
assessed and treated for pain related problems (Lopes Fagundes et al., 2018). The authors would
like to stress that adequate pain management (especially in the case of musculoskeletal pain)
should also be a key aspect of the long and short-term medical treatment of pets showing signs of
distress associated to travel, due to the continuous solicitations on the joints and musculoskeletal
system associated with transport.
Another aspect may lead to distress and consequent sensitisation, especially during travel and
transportation, may be motion sickness. The management of gastrointestinal effects caused by
motion sickness is associated with a less stressful experience for the pet during travelling. Maropitant
citrate, an NK1 antagonist is indicated for the prevention and treatment of acute vomit28
Management of specific fears and anxiety Dog Behavior, 2-2019
ing during travel (Benchaoui et al., 2007; Hickman et al., 2008). The medication does not induce
behavioral inhibition that is associated to other drugs such as ACP. In order to prevent motion
sickness, Maropitant is administered at a minimum dose of 8 mg/kg once 1 hours prior to travel
(Benchaoui et al., 2007). It should be noted that the dosage needs to be adjusted in cardiopathic
animals since Maropitant affects calcium channels.
Bibliography
Aantaa R., Kallio A., Virtanen R. Dexmedetomidine, a novel [alpha]2-adrenergic agonist: a review of its
pharmacodynamics characteristics. Drugs Future. 1993;.18: 49-56.
Affenzeller, N., McPeake, K.J., McClement, J., & Zulch, H. Human-directed aggressive behavior as the
main presenting sign in dogs subsequently diagnosed with diskospondylitis. Veterinary Record Case
Reports. 2017; 5: e000501.
Barcelos, A.M., Mills, D.S., & Zulch, H. Clinical indicators of occult musculoskeletal pain in aggressive
dogs. Veterinary Record. 2015; 176: 465-465.
Benchaoui H.A., Siedek E.M., De La Puente-Redondo V.A., Tilt N., Rowan T.G., Clemence R. G. Efficacy
of maropitant for preventing vomiting associated with motion sickness in dogs. Veterinary Record.
2007; 161: 444-447.
Bergeron R., Shannon L., .mond J.P., Mercier F., Cook N. J., Schaefer, A.L. Physiology and behavior of
dogs during air transport. Can. J. Vet. Res. 2002; 66: 211-216.
Camps, T., Amat, M., Mariotti, V. M., Le Brech, S., & Manteca, X. Pain-related aggression in dogs: 12
clinical cases. J.V.B. 2012; 7: 99-102.
Cheng J.K. & Chion L.C. Mechanisms of the antinociceptive action of gabapentin. J. Pharmacol. Sci. 2006;
100: 471-486.
Crowell-Davis S., Murray T., de Souza Dantas L. 2019 Veterinary Psychopharmacology. 2nd ed. Wiley
Blackwell, NJ, 204-206206.
Davies A., Hendrich J., Tran Van Minh A., Wratten J, Douglas L., Dolphin A.C. Functional biology of the
α2δ subunits of voltage-gated calcium channels. Trends Pharmacol. Sci. 2007; 28: 220-228.
Dean R. Using dexmedetomidine to alleviate noise-induced fear and anxiety in dogs. Veterinary Record.
2017; 181: 688-689.
Denenberg S. & Dub. M.B. Tools for managing feline problem behaviors: Psychoactive medications. Journal
of feline medicine and surgery. 2018; 20: 1034-1045.
Dodman N.H. & Shuster L. Pharmacologic approaches to managing behavior problems in small animals.
Veterinary Medicine 1994; 80: 969-969.
Engel O., Masic A., Landsberg G., Brooks M., Mills D.S., Rundfeldt C. Imepitoin shows benzodiazepine-
like effects in models of anxiety. Frontiers in pharmacology. 2018 1; 9: 1225. doi: 10.3389/
fphar.2018.01225.
Engel, O., Müller, H.W., Klee, R., Francke, B., & Mills, D.S. (2019). Effectiveness of imepitoin for the control
of anxiety and fear associated with noise phobia in dogs. J. Vet. Internal Med. 2019; 33: 2675-2684.
Gruen M.E., Sherman B.L. Use of trazodone as an adjunctive agent in the treatment of canine anxiety disorders:
56 cases (1995–2007). J. Am. Vet. Med.Assoc. 2008; 233:1902-1907.
Gruen M.E., Roe S.C., Griffith E., Hamilton A., Sherman B.L. Use of trazodone to facilitate postsurgical
confinement in dogs. J. Am. Vet. Med. Assoc. 2014; 245:296-301.
Gruen, M.E., Roe, S.C., Griffith, E.H., & Sherman, B. L. The use of trazodone to facilitate calm behavior
after elective orthopedic surgery in dogs: Results and lessons learned from a clinical trial. J.V.B. 2017;
22: 41-45.
Jonckheer-Sheehy V.S.M. & Zaal M. Fear Free Handling; Combatting Interspecific dog aggression in the
veterinary clinic. Proceedings of the First Annual Meeting of the European Congress of Behavioral
Medicine and Animal Welfare (ECVBMAW), 27th-29th September 2018, Berlin.
Korpivaara M., Laapas K., Huhtinen M., Sch.ning B., Overall K. Dexmedetomidine oromucosal gel for
noise-associated acute anxiety and fear in dogs: a randomised, double-blind, placebo-controlled clinical
study. Veterinary Record. 2017; 180: 356. doi: 10.1136/vr.104045.
Dog Behavior, 2-2019 Piotti et al. 29
Hickman M.A., Cox S.R., Mahabir S., Miskell C., Lin J., Bunger A., McCall R. B. Safety, pharmacokinetics
and use of the novel NK‐1 receptor antagonist maropitant (Cerenia TM) for the prevention of emesis
and motion sickness in cats. J. Vet. Pharm. Therap. 2008; 31: 220-229.
Landsberg G.M., Dunn D., Keys D., Korpivaara M. Anxiolytic effect of dexmedetomidine oromucosal gel
(Sileo) and gabapentin in feline travel anxiety model. Proceedings of the First Annual Meeting of the
European Congress of Behavioral Medicine and Animal Welfare (ECVBMAW), 27th-29th September
2018, Berlin.
Landsberg G.M., Hunthausen W., Ackerman L. Handbook of Behavior Problems of the Cat and Dog,
(2003) 2nd ed. London: Saunders: 126-128 and 314.
Lopes Fagundes, A. L., Hewison, L., McPeake, K. J., Zulch, H., & Mills, D. S. Noise sensitivities in dogs: an
exploration of signs in dogs with and without musculoskeletal pain using qualitative content analysis.
Frontiers Vet. Sci. 2018; 5: 17-21.
McPeake K.J., & Mills D.S. The use of imepitoin (Pexion™) on fear and anxiety related problems in dogs–a
case series. BMC Veterinary Research. 2017; 13: 173.
Moore, S.A. Managing neuropathic pain in dogs. Frontiers Vet. Sci. 2016: 3;12-16.
Murrell J.C., Hellebrekers L.J. Medetomidine and dexmedetomidine: a review of cardiovascular effects
and antinociceptive properties in the dog. Vet. Anaesthes. Analgesia. 2005; 32:117-127.
Orlando, J.M., Case, B.C., Thomson, A.E., Griffith, E., & Sherman, B.L. Use of oral trazodone for sedation
in cats: a pilot study. J. Feline Med. Surgery. 2016; 18: 476-482.
Overall, K. Pharmacological Approaches to Changing Behavior and Neurochemistry. In: Manual of Clinical
Behavioral Medicine for Dogs and Cats, (2013) 2nd Ed. Elsevier.
Pankratz, K.E., Ferris, K.K., Griffith, E.H., Sherman, B.L. Use of single-dose oral gabapentin to attenuate
fear responses in cage-trap confined community cats: a double-blind, placebo-controlled field trial. J.
Feline Med. Surgery. 2018; 20:535-543.
Pike A.L., Horwitz D.F., Lobprise H. An open-label prospective study of the use of l-theanine (Anxitane)
in storm-sensitive client-owned dogs. J. V. B. 2015; 10: 324-331.
Plumb, D. C. (2018). Plumb’s Veterinary Drug Handbook: Pocket. John Wiley & Sons.
Reaney, S. J., Zulch, H., Mills, D., Gardner, S., & Collins, L. Emotional affect and the occurrence of owner
reported health problems in the domestic dog. Appl. Anim. Behav. Sci. 2017; 196: 76-83.
Siao, K.T., Pypendop, B.H., & Ilkiw, J.E. Pharmacokinetics of gabapentin in cats. Am. J. Vet. Res. 2010; 71:
817-821.
Stahl S.M. Mechanism of action of trazodone: a multifunctional drug. CNS Spectr. 2009; 14:536-546.
Stevens B.J., Frantz E.M., Orlando J.M. Efficacy of a single dose of trazodone hydrochloride given to cats
prior to veterinary visits to reduce signs of transport- and examination-related anxiety. J. Am. Vet.
Med. Assoc. 2016; 249: 202-207.
Thompson S.B. Pharmacologic treatment of phobias. In: Dodman NH, Shuster L, eds. Psychopharmacology
of Animal Behavior Disorders. Malden, Massachusetts: Blackwell Science, 141–182 (1998).
Van Haaften K.A., Forsythe L.R.E., Stelow E.A., Bain, M.J. Effects of a single pre-appointment dose of gabapentin
on signs of stress in cats during transportation and veterinary examination. J. Am. Vet. Med.
Assoc. 2017; 251:1175-1181.
30 Management of specific fears and anxiety Dog Behavior, 2-2019
Trattamento della paura e dell’ansia in medicina comportamentale:
corretto uso di psicofarmaci
Patrizia Piotti1, Stefania Uccheddu*1, Maurizio Alliani1, Chiara Mariti1,2,
Valentina Nuti1, Asahi Ogi1,2, Ludovica Pierantoni1, Angelo Gazzano1,2
1 A.V.E.C. (Associazione dei Veterinari Esperti in Comportamento) – Italy
2 Dipartimento di Scienze Veterinarie – Università di Pisa – Italy
Sintesi
Numerose ricerche sono state effettuate sull’uso di psicofarmaci per il trattamento a breve termine di casi specifici di
paura ed ansia nel cane e nel gatto, ovvero scatenati da stimoli ben evidenti e prevedibili.
Questi farmaci sono utilizzati per breve tempo e somministrati al bisogno per prevenire i sintomi della paura e
dell’ansia associate a particolari situazioni.
Negli ultimi anni due farmaci sono stati approvati negli Stati Uniti ed in Europa. La letteratura degli ultimi dieci anni
fornisce evidenze di effetti ansiolitici conseguenti alla somministrazione di altri farmaci usati in varie situazioni come
ad esempio i viaggi e le visite veterinarie.
Questa review elenca i farmaci pi. appropriati per un uso corretto in casi specifici di paura ed ansia in cani e gatti.
Gli autori raccomandano l’uso di psicofarmaci che forniscano un chiaro effetto ansiolitico, specialmente in associazione
con gestione dell’ambiente di vita e delle relazioni con l’uomo, come la desensibilizzazione sistematica ed il
controcondizionamento. . inoltre presentato l’uso combinato con altri farmaci non psicoattivi.