ESCOLA COM DEFICIÊNCIA E A URGENTE NECESSIDADE DA RECONFIGURAÇÃO ESPACIAL E DISCURSIVA: CAMINHOS PARA POTENCIALIZAÇÃO DO ATO DE INCLUIR

Nas últimas décadas, as políticas de inclusão promoveram avanços e importantes discussões sobre o direito doaluno com deficiência no espaço da escola regular de ensino. Esses debates surgiram com o intuito de garantir nãoapenas o processo inclusivo dos alunos com necessidades educacionais especiais nesse âmbito, mas tambémem lhes oferecer condições pedagógicas que os auxiliassem em seu aprendizado. Mas, até que ponto a equipepedagógica da escola tem conseguido promover estratégias inclusivas? Como tem se apresentado o espaço daescola regular de ensino para o corpo com deficiência? Esses questionamentos serão abordados nesse artigo ecomo auxilio para responder essas indagações, nos apoiaremos em DINIZ (2012) a partir do seu conceito sobreo que é deficiência. Além de autores como: LE BRETON (2007), DESCHAMPS e MOLINER (2009) entre outros

ESCOLA COM DEFICIÊNCIA E A URGENTE NECESSIDADE DA RECONFIGURAÇÃO ESPACIAL E DISCURSIVA: CAMINHOS PARA POTENCIALIZAÇÃO DO ATO DE INCLUIR

Nas últimas décadas, as políticas de inclusão promoveram avanços e importantes discussões sobre o direito doaluno com deficiência no espaço da escola regular de ensino. Esses debates surgiram com o intuito de garantir nãoapenas o processo inclusivo dos alunos com necessidades educacionais especiais nesse âmbito, mas tambémem lhes oferecer condições pedagógicas que os auxiliassem em seu aprendizado. Mas, até que ponto a equipepedagógica da escola tem conseguido promover estratégias inclusivas? Como tem se apresentado o espaço daescola regular de ensino para o corpo com deficiência? Esses questionamentos serão abordados nesse artigo ecomo auxilio para responder essas indagações, nos apoiaremos em DINIZ (2012) a partir do seu conceito sobreo que é deficiência. Além de autores como: LE BRETON (2007), DESCHAMPS e MOLINER (2009) entre outros

Condrolipoma na orelha de um cão

Background: Lipoma is defined as a tumor composed of mature adipocytes, identical to the cells that form normal adult fat. Other elements may also be present, such as cartilaginous tissue. Chondrolipoma is characterized by the presence of differentiated cartilage islands spread within a typical lipoma, in which mucin and collagen can be observed around isles of chondrocytes. This condition affects mainly middle-aged or elderly dogs as well as elderly humans. In the scientific literature, chondrolipomas have not yet been described on the ear of dogs. Therefore, this study aimed to report a case of chondrolipoma on the ear of a dog and its histopathological and histochemical description.Case: A female, 10-year-old, Labrador retriever dog was admitted to the Veterinarian Hospital of the Federal University of Paraíba (UFPB), Areia, Brazil. The dog was presented with an ulcerated pendulous nodule on the ear, with a clinical evolution of approximately 7 months. A biopsy sample was taken and submitted to the Veterinary Histopathology Laboratory of the UFPB. Macroscopic evaluation revealed a pendulous and firm nodule, with a round apex, measuring 1.3cm in diameter. The epidermis covering the nodule exhibited an ulcer of 0.5cm in length. The nodule exhibited resistance to cutting and the surface was dark red with hard areas in the center. Sample was fixed in 10% formalin and routinely processed for histology, embedded in paraffin, and stained with hematoxylin and eosin (HE), alcian blue (AB), Masson’s trichrome (MT), and periodic acid-Schiff (PAS). Histopathological evaluation revealed that the nodule was encapsulated, formed by adipocytes of variable sizes. Adipocytes were well-differentiated and the nodule was defined as lipoma. Within the lipoma there was proliferation of chondrocyte islands in a bluish basophilic matrix. Adjacently, abundant fibrous connective tissue was found intertwined with blood vessels. Some vessels exhibited red blood cells in the vicinity, indicating hemorrhage. The epidermis covering the nodule was slightly acanthotic and moderately hyperkeratotic. MT staining marked the fibrous tissue in blue. AB staining revealed blue areas confirming the presence of mucin around cartilage islands. PAS staining revealed the presence of glycogen between mesenchymal cells, which included chondrocytes.Discussion: The diagnosis of chondrolipoma was concluded with the presence of a well-differentiated lipoma, randomly intertwined with cartilage islands, which were also well-differentiated and spread within a typical lipoma. Additionally, the presence of mucin and collagen around the isles of chondrocytes facilitated the diagnosis. Chondrocytes presented different phases of maturation. The case described here exhibited microscopic characteristics that were similar but somewhat different to those previously reported by other authors, in considering that the nodule was encapsulated, and did not exhibit cell atypia or mineralization in the cartilage islands. Most studies published used PAS and Masson’s trichrome staining techniques to confirm the diagnosis of chondrolipoma. However, alcian blue also aids in diagnosing this condition. The tumor developed for months before the dog was taken to a veterinarian, when it finally became ulcerated, which characterized it as non-invasive. Chondrolipoma is a benign tumor, which does not induce metastasis and once excised does not exhibit recurrence. In veterinary medicine, the presence of cartilage within a lipoma is a rare event

Use of Acrylic Resin to Fill the Orbital Cavity after Exenteration in a Dog with Conjunctival Hemangiosarcoma

Background: The hemangiossarcoma (HSA) is a malignant tumor originated from the alterations of vascular endothelial cells. As it has an aggressive behavior, it is indicated, as initial treatment, wide surgical excision, such as the exenteration, which results in the surgical removal of the ocular bulb and adjacent tissues. The referred technique has as a result a concave orbit and aesthetically unacceptable. Therefore, various materials, used as orbital implants, have been studied and used in several species. Thus, it was aimed to report the use of the polymethylmethacrylate (PMMA) to fill the orbital cavity after exenteration in a dog with conjunctival HSA.Case: A 10-year-old male Pitbull dog was assisted, with a clinical history of growth of a reddish tissue in the left eye, causing constant hemorrhage, with an evolution of two months. At ophthalmic examination of the left eye, in the temporal bulbar conjunctive was found a reddish neoformation, with an irregular surface, measuring approximately 4x2x2 cm. The biopsy and aspiration cytology of the neoformation, revealed cells that inferred that they were those of conjunctival HSA. The hemogram revealed normocytic anemia; the biochemical profile was with the standards of normality and no metastasis were found in the ultrasonography and X-ray. The treatment of choice was the exenteration. Initially, the palpebral borders were approximated using continuous simple suture wit monofilament nylon thread. An incision was made in the skin, along the orbital rim and then was performed a rhombus dissection of the conjunctive and all the extraocular muscles. Next, the eye globe, together with the neoplasia, soft tissues of the orbital cavity and third eyelid were removed. The PMMA was obtained from a mixture of the powder (polymer) and of the liquid (monomer) in the ratio of 1:1 in a sterile recipient, in order to obtain a liquid suspension. Still in its paste-like form, the PMMA was molded in the orbit itself without going beyond its limits, filling in. At the moment of the polymerization of the PMMA, the site was irrigated with cold sterile saline solution for the reduction of the temperature caused by the thermal reaction. For the closing of the conjunctive, a continuous simple suture was performed, using 910 4-0 polyglactin thread and, in the suture of the skin, simple interrupted stiches were used with 3-0 monofilament nylon thread. After the surgery, tramadol hydrochloride was administered at a dose of 2 mg/kg/SC and meloxicam at a dose of 0.1 mg/kg/SC.  In the post-operative phase, the animal was treated with ampicillin suspension at a dose of 20 mg/kg/TID/PO during 10 days; metronidazole at a dose of 15 mg/kg /BID/PO during 10 days and the application of 0.5% chloramphenicol ocular ointment, 10.000UI of retinyl acetate and 2.5% amino acids on the stiches, SID, until their removal. After nine months, the owner reported a satisfactory result in relation to the aesthetic aspect, denying the presence of any ocular alterations or discomfort of the animal.Discussion: The use of the PMMA implant proved to be an excellent alternative to fill the anophthalmic cavity after exenteration in a dog with conjunctival HSA, seen as it provided, most importantly, the maintenance of the orbital volume, granting an adequate aesthetic aspect, already established among some authors, without the presence of secretion, inflammation and local infection.  It is worth emphasizing that, despite the patient in question having been treat with a broad-spectrum antibiotic after the surgery, in other reports, the absence of local infection was associated to the high temperature that the PMMA reaches during the exothermic reaction in the polymerization stage. Furthermore, the referred implant is cost-effective, offers easy molding to the orbit and absence of extrusion. In light of this, it is therefore suggested that the referred implant is a pertinent alternative for use in similar cases

Generalized Subcutaneous Emphysema Secondary to Pneumomediastinum in a Newborn kitten

Background: Pneumomediastinum is a rare entity characterized by the introduction of air into the mediastinum. Primary or spontaneous pneumomediastinum may occur in the absence of any disease whereas secondary pneumomediastinum may be due to a number of precipitating factors. The clinical picture is severe and the onset is acute. The present report describes the clinical presentation, treatment, and the findings of a forensic investigation of a case of generalized subcutaneous emphysema secundary to pneumomediastinum in a newborn kitten. Case: A newborn kitten was presented to a veterinary climic with a history of generalized air accumulation in the subcutaneous tissue of acute onset which was noted whenever the animal suckled. Clinical care and radiographic examination were performed. Radiographic findings included areas of radiolucency within the subcutis suggestive of generalized subcutaneous emphysema. In the thoracic cavity, there was ventral displacement of the thoracic trachea and increased radiolucency in the cranial mediastinum suggestive of pneumomediastinum. There was loss of definition of the cervical trachea suggestive of tracheal rupture. Based on the radiographic findings, the clinician decided to aspirate the air accumated within the subcutis using a needle and a syringe. However, this emphysema rapidly formed after the subcutaneous air was aspirated. Euthanasia was elected due to the poor prognosis and the animal was submitted for necropsy. Main gross findings included traumatic intercostal laceration adjacent to the lungs under the axilla and tracheal perforation. Tracheal perforation resulted in persistent air leakage from the trachea causing pneumomediastinum which evolved into generalized subcutaneous emphysema causing the animal to inflate as air became trapped within the subcutis imparting a blown up appearance to the cat. Microscopically pulmonary collapse was observed. Symptomatic treatment was instituted and consisted of puncturing the distended skin with needle and syringe. Percutaneous drainage of the subcutaneous air was unsuccessful.Discussion: In the present case, the diagnosis of generalized subcutaneous emphysema due to pneumomediastinum in a newborn kitten was based on the history, clinical signs, radiographic findings, and gross necropsy lesions. However, the histopathological findings were non-specific. The present case is an example of secondary pneumomediastinum. Tracheal perforation resulted in massive air penetration into the mediastinum. Generalized subcutaneous emphysema developed as a complication of the pneumomediastinum. Queens carry their offspring using their mouth. We suggest that the tracheal lesion is a penetrating tracheal trauma and that this injury was inflicted by the mother's canine teeth as she transported the kitten with the animal's neck and chest inside her mouth. There was no history that the kitten was attacked by other animal or of any other type of trauma. Initial conservative treatment consisted of puncturing the skin in order to release subcutaneous air and relieve pain. Oxygen supply was not considered due to practical reasons since such supportive therapy would worsen the clinical picture of the patient. Necropsy findings were of major importance to establish a definitive diagnosis. Gross lesions included tracheal perforation, which caused pneumomediastinum through air leakage into the mediastinum and lead to the subcutaneous emphysema. We conclude that unintentional traumatic injuries in a newborn kitten caused by the queen should be considered as a cause of pneumomediastinum and subcutaneous emphysema. The clinical picture is severe, of acute onset, and exhibits a rapidly progressive course

Multicentric Squamous Cell Carcinoma with the Involvement of the Ocular Annexes in a Dog

Background: The cutaneous squamous cell carcinoma (cSCC) is considered to be a frequent neoplasm in dogs, however, its origin in ocular annexes, especially in relation to the conjuctival location, is a rare finding in dogs. Therefore, it was aimed to report the occurrence of a multicentric SCC, with the involvement of ocular annexes in a dog, emphasizing its clinical characteristics and histopathological findings.Case: A 6-year-old non-castrated white-coated Pitbull dog was attended, with a history of increased volume and bloody secretion in the left eye, with an evolution of approximately six months. By means of general physical examination, ulcerated lesions in the foreskin and scrotum were found. During the ophthalmologic examination was identified an extensive and irregular exophytic mass, of a reddish color and with a cauliflower-like appearance, located in the inferior bulbar conjunctiva and third eyelid of the left eye, accompanied by a large quantity of piosanguinolenta secretion, mainly during manipulation. Other alterations were observed, such as, meibomitis, conjuctival hyperemia, hypopyon, corneal edema and loss of sight. In the right eye, the only alteration found was conjunctival hyperemia. The hemograma revealed discreet anemia; the serum biochemical profile was inside the normal range and there was no evidence of metastasis in the imaging examinations. The animal was submitted to the incisional biopsy of the lesions for histopathological analysis, which revealed a proliferation of neoplastic epithelial cells, highly pleomorphic, composed of eosinophilic cytoplasm, which varied from scarce to moderate, of indistinct borders, with a large nucleus and loose chromatin and large and evident nucleolus, compatible with SCC, enabling, also, the classification as multicentric due to the multiple localizations. Additionally, associated to the conjunctival tumor, there was necrosis and mixed inflammatory infiltration; in the scrotum and conjunctiva, the cells presented more accentuated pleomorphism, with the presence of dyskeratosis and little formation of keratin pearls; however in the prepuce, there was abundant formation of keratin pearls in the midst of the tumor. In the immunohistochemical analysis, the neoplastic cells demonstrated strong and uniform cytoplasmic immunoreactivity for pancytokeratin. It was recommended the exenteration of the left eye followed by the introduction of acrylic resin intraorbital implant, together with the resection of the neoplasm from the scrotum and foreskin, associated with cryotherapy. However, the owner was reluctant to the proposed treatment and opted for the euthanasia of the animal, not consenting to the performance of the necropsy.Discussion: The etiological factors related to the development of the SCCs, especially concerning those of the ocular and periocular region, in dogs and cats, are still not well defined. However, the overexposure to the ultraviolet radiation has been pointed as the main etiological factor, especially in tropical and high-altitude regions. Indeed, the characteristics of the region in which the animal resided, associated to its way of life and its phenotypical characteristics suggested that the chronic exposure to ultraviolet radiation would be the most plausible cause related to the emergence of the multicentric SCC of this case. Thus, it is suggested that, while the physiopathology of the neoplasm has still yet not been elucidated, it must be avoided that the dogs, with these characteristics, expose themselves too much to solar radiation.

Natural Coinfection of Pseudomonas aeruginosa and Enteroaggregative Escherichia coli in a feral pigeon (Columba livia)

Background: Rock pigeon (Columba livia) is an exotic and invasive species of the Columbidae family found in several cities around the world, including Brazilian cities, and close to humans. This species is found in large populations often in public locations, where people may have contact. Several studies have demonstrated the isolation of human pathogens from these birds. However, there are scarce studies describing infections by Gram-negative bacteria to which pigeons are susceptible. Therefore, this report aimed to describe a case of natural coinfection of Pseudomonas aeruginosa and Enteroaggregative Escherichia coli in a feral pigeon.Case: A sick feral pigeon was delivered at the Laboratory of Ornithological Studies, State University of Ceará, Fortaleza, Brazil. Due to poor prognosis, the individual was euthanized with ketamine via intravenous injection and submitted to necropsy, in which samples were collected for microbiological and histopathological procedure. The procedure was performed aseptically and samples were collected from intestine, liver, spleen, heart and lung. Bacterial isolation was performed with culture media selective for Gram negative bacteria and strains were identified biochemically. Histopathological examination was performed with conventional method and slides were stained with hematoxylin and eosin. DNA from E. coli isolates was extracted with simples boiling method and submitted to uniplex conventional polymerase chain reaction (PCR) to diagnose diarrheagenic pathotypes with specific primers for the following genes: aaiC, aatA, eaeA, stx1, stx2, eltB, estA and ipaH. Escherichia coli was isolated from the intestine, liver, spleen and lung, while Pseudomonas aeruginosa was present in liver, spleen and lung. E. coli strains from liver and spleen were positive for the aaiC gene, which is a diagnostic gene for Enteroaggregative Escherichia coli (EAEC) pathotype. Necropsy revealed the presence of several caseous lesions around the head of the bird, cellulitis in the abdominal region, hepatomegaly, splenomegaly, hemorrhagic intestine and pericarditis. Microscopical findings were most intense in liver and lung samples, presenting vascular and inflammatory alterations. Histopathological alterations indicated an acute presentation of the infections and several lesions in different organs, demonstrating the septicemic characteristic of the microorganisms involved in this case.Discussion: Both pathogens in this report were identified mostly in the same organs, which may indicate that there was an association in the pathogenesis. However, the entry routes of infection in this case may have been different, considering that Pseudomonas aeruginosa was not isolated from the intestine. The histopathological findings were not pathognomonic for either pathogen. However, some characteristic lesions were observed, such as cellulitis, which is commonly attributed to Escherichia coli. EAEC strains are human pathogens that cause acute and persistent diarrhea around the world. These microorganisms could be potentially transmitted to humans, as suggested by other studies with feral pigeons and enteric pathogens. However, the absence of reports of pigeon-transmitted diarrheagenic infections in humans may suggest that pigeons are only reservoirs of these pathogens. In addition, as this report demonstrates, these birds may also suffer from these infections. In conclusion, the free-living pigeon presented a natural occurring case of coinfection by Pseudomonas aeruginosa and Enteroaggregative Escherichia coli. Both are human opportunistic pathogens, and may have public health implication

Progressive Histiocytosis of Non-Epitheliotropic Dendritic Cells in a Feline

Background: Histiocytic tumors in felines are nodules that commonly develop on limbs and head extremities. They can be divided into many subtypes including cutaneous histiocytoma, histiocytic sarcoma, reactive fibrohistiocytic nodule, Langerhans cell histiocytosis, and progressive feline dendritic cell. Despite the same origin, they have behaviors that differ from each other, thus it is important to confirm diagnosis with histopathological and immunohistochemical tests, because early identification can facilitate prognosis and treatment. In this study, we describe the pathological and immunohistochemical characteristics, enabling differentiation feline neoplasms derived from histiocytes. Case: A 5-year-old, crossbreed, male, feline presented with a nodulation at the base of the left ear. The mass was slow growing, partially alopecic, with no other changes associated with tumor development. The nodule was round and circumscribed, movable, with an elevated surface. He was referred for surgery and an elliptical sample around the tumor was carefully dissected. Routine histopathological evaluation was performed with hematoxylin and eosin (HE), as well as immunohistochemistry. Histopathology showed circumscribed proliferation of histiocytic cells, with abundant and eosinophilic cytoplasm. The proliferative cells were large and rounded, extending from the superficial dermis and basement membrane to the deep dermis. At the extremities, some cells had visible vacuoles. Mitotic activity ranged from 3 to 4 mitoses per field in 40x magnification. Immunohistochemistry showed positive staining for histocompatibility complex MCII and lysozyme antibodies, marking histiocytic cells. Labeling was positive for CD20 in cells of lymphoid lineage B and negative for E-cadherin. Histiocytic cells did not invade the epidermis; hence, proliferation was classified as nonepitheliotropic. These methods contribute to the literature regarding the diagnosis of this rare tumor. Therefore, histological as well as immunohistochemical evaluation are important bfor confirming clinical diagnosis of histiocytic proliferation non-epitheliotropic. Discussion: Progressive histiocytosis of feline dendritic cells, in both epitheliotropic and non-epitheliotropic forms, is considered a clinically progressive and rare disorder. There are reports which include cytological, clinical, histological and immunohistochemical examinations, but the diagnostic characteristics regarding the non-epitheliotropic classification have not yet been properly identified. Nodulations are predominantly observed in head and limb regions, usually non-ulcerated, which can both increase and decrease in size, and are typically painless. The tumor in the present case was restricted to the base of the ear and no evidence of infiltration or metastasis was found. Progressive histiocytosis may spread and reach the lymphatic system through the lymph nodes, subsequently becoming systemic. The non-aggressive behavior observed in this case is possibly related to the non-epitheliotropic pattern. In the present case, MHC II histocompatibility complex markers, a phenotype compatible with dendritic cells, were used. Lysozyme antibodies marked histiocytic cells and the reactive lymphoid infiltrate was composed of CD20-positive B lymphoid lineage cells. Staining for E-cadherin was negative, negative results in labeling experiments is common, it is dependent upon the cellular origin of the leukocytes present in the sample. Staining for these molecules is recommended for differentiating feline progressive histiocytosis from Langerhans cells. Langerhans cells can be characterized by E-cadherin expression in about 10% of cases and marked T lymphocyte and neutrophil expression in the affected tissue. In this case, the histopathological exam along with immunohistochemistry was essential for differentiating them

Eccrine and Apocrine Carcinoma in Dogs

Background: Sweat gland carcinomas divide into eccrine, apocrine, mixed origin (eccrine and apocrine). Eccrine carcinoma (EC) is a rare malignant neoplasm of the sweat glands that can affect dogs, cats, and humans. EC can present itself as a solitary swelling in the pads, digits, or distal limbs. EC is more common in elder animals, and exhibits no predisposition according to breed. In humans, EC is more frequent in the head and neck, and is more likely to occur in mid-aged people; metastases can develop in any site of the body. A diagnosis of this type of tumor can be determined by histopathological examination. Apocrine carcinomas occur most frequently in the axillary areas even though they may occur in other regions of the body, and affect mainly elder animals.Case: A 13-year-old male mongrel dog with a history of presence of smooth reddish infiltrative nodule in the skin of the thorax, but with no history of progression, was examined. After running complementary tests, a fragment of the skin on the thorax was taken for biopsy. The second animal was an 8-year-old female Golden Retriever, which was presented with a history of presence of a nodule on the right digital pad. After running complementary tests, a fragment of this nodule was collected. In both cases, the excised fragments were placed in 10% buffered formalin and routinely processed for the preparation of histological slides, which were stained with hematoxylin and eosin, and subjected to histopathological evaluation.  Light microscopy analysis revealed, in both cases, the presence of a poorly delimited, non-encapsulated mass infiltrating the muscle and adipose tissue. Necrotic areas, and presence of eosinophilic material in the nucleus were observed. Additionally, the samples from both cases were subjected to immunohistochemical staining for cytokeratin (CK Pan).Discussion: A definitive diagnosis of sweat gland carcinoma was achieved by means of the histopathological analysis. Sweat gland neoplasms are uncommon and difficult to diagnose; distinguishing eccrine carcinoma from apocrine carcinoma requires knowledge on the site of origin of the tumor. Some authors assert that, in spite the growing number of reports on tumors of cutaneous glands in dogs, there are only few immunohistochemical studies on cutaneous gland neoplasms in these animals. There is no specific immunohistochemical marker to distinguish eccrine carcinoma from apocrine carcinoma. Consequently, investigation on the anatomical origin of the tumor is important. In the cases describe herein, involvement of the thorax (apocrine) and digital pad (eccrine) are reported. However, there are accounts of the occurrence of sweat gland tumors in axillary and inguinal regions, as well as in the limbs. Both biopsy samples tested positive for cytokeratin (CK) after immunohistochemical examination. This marker is specific for simple epithelium and, according to some authors, can distinguish an eccrine carcinoma from basal cell carcinoma. The antibody used did not stain the innermost are of the tumor, where cells may be negative for CK. Some tumors may not have specific markers, which makes a combination of clinical data and complementary histopathological and immunohistochemical exams necessary for the determination of a diagnosis, as is the case for eccrine and apocrine carcinomas. In view of the scarcity of reports on eccrine carcinoma in the literature, and considering the small number of immunohistochemical studies on cutaneous gland tumors in dogs and cats, this work can help the determination of the diagnosis of cutaneous neoplasms, which are frequently observed in the clinical routine

Caracterização das lesões traumáticas em animais silvestres provenientes de uma área de Caatinga fragmentada no Baixo Jaguaribe, Ceará, Brasil

Morphological findings of traumatic lesions in free-ranging animals from a deforested area in the state of Ceará are described. During four months, an area of approximately 400 hectares was covered in the region of Baixo Jaguaribe, Ceará, Brazil. As they were collected, the animals were sent for identification. Only animals found dead were collected and subsequently allocated into groups of pre-established injuries characterized as: single fractures; polytrauma; Traumatic brain injury; abdominal and/or pelvic trauma; mutilation; transformative cadaveric changes; without changes and others. 342 animals were found. Of these, 96,78% corresponded to reptiles, 1.46% to amphibians and 1.75% to mammals. Among reptiles, the families Amphisbaenidae (91), Teiidae (59), Dipsadidae (57) and Tropiduridae (35) were the most affected, while Amphibians (Hylidae and Leptodactylidae) and mammals (Didelphidae, Dasypodidae and Caviidae) were the least observed. Traumatic injuries accounted for approximately 54% of the injuries observed, and corresponded to fractures, mutilations and multiple traumas. Considering fractures and trauma, it was observed that approximately 80% of these categories affected the abdominal, pelvis, posterior limbs and tail regions, categorizing them as spinal cord trauma. These injuries can be observed in domestic animals resulting from being run over, however they are rarely described in wild animals and may be associated with various human activities, such as deforestation. This work can contribute to future studies on indicators of environmental imbalance. The pathological diagnosis in free-ranging animals is an important indicator of environmental changes and can help control deaths in these individuals.Descrevem-se achados morfológicos de lesões traumáticas em animais de vida livre provenientes de uma área desmatada no estado do Ceará. Durante quatro meses, foi percorrida uma área de aproximadamente 400 hectares, na região do Baixo Jaguaribe, Ceará, Brasil. À medida que eram coletados, os animais eram encaminhados para identificação. Foram coletados apenas os animais encontrados mortos e, posteriormente, foram alocados em grupos de lesões pré-estabelecidas caraterizadas como: fraturas únicas, fraturas múltiplas, lesões craniais, mutilação, alterações cadavéricas, sem alterações, outros. Foram encontrados 342 animais, dos quais 96,78% corresponderam a répteis, 1,46% a anfíbios e 1,75% a mamíferos. Dentre os répteis, as famílias Amphisbaenidae (91), Teiidae (59), Dipsadidae (57) e Tropiduridae (35) foram as mais afetadas, enquanto anfíbios (Hylidae e Leptodactylidae) e mamíferos (Didelphidae, Dasypodidae e Caviidae) foram os menos observados. Lesões traumáticas equivaleram a aproximadamente 54% das lesões observadas, e corresponderam a fraturas, mutilações e politraumatismos. Considerando-se as fraturas e traumatismos, observou-se que aproximadamente 80% dessas categorias acometiam as regiões abdominal, pelve, membros posteriores e cauda, categorizando-se como traumatismo espinal-medular. Essas lesões podem ser observadas em animais domésticos decorrentes do atropelamento, contudo, são pouco descritas em animais silvestres e podem estar associadas a atividades antrópicas diversas, como o desmatamento. Este trabalho pode contribuir para estudos futuros sobre os indicadores do desequilíbrio ambiental. O diagnóstico patológico em animais de vida livre é um importante indicador de alterações ambientais e pode auxiliar no controle de óbitos nesses indivíduos