Browsing by Author "Stojkovski, Igor (25229451600)"
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Publication Position Paper on the Management of Pregnancy-Associated Superficial Venous Thrombosis. Balkan Working Group for Prevention and Treatment of Venous Thromboembolism(2022) ;Antic, Darko (23979576100) ;Lefkou, Eleftheria (57221993187) ;Otasevic, Vladimir (57219923471) ;Banfic, Ljiljana (6602266367) ;Dimakakos, Evangelos (15829158000) ;Olinic, Dan (56010642600) ;Milić, Dragan (35877861700) ;Miljić, Predrag (6604038486) ;Xhepa, Sokol (57191967535) ;Stojkovski, Igor (25229451600) ;Kozak, Matija (7102680923) ;Dimulescu, Doina Ruxandra (6507650163) ;Preradović, Tamara Kovačević (21743080300) ;Nancheva, Jasminka (57460737800) ;Pazvanska, Evelina Evtimova (6603311550) ;Tratar, Gregor (15825763300)Gerotziafas, Grigoris T. (6603855152)Venous thromboembolism (VTE) is a multifactorial disease that can possibly affect any part of venous circulation. The risk of VTE increases by about 2 fold in pregnant women and VTE is one of the major causes of maternal morbidity and mortality. For decades superficial vein thrombosis (SVT) has been considered as benign, self-limiting condition, primarily local event consequently being out of scope of well conducted epidemiological and clinical studies. Recently, the approach on SVT has significantly changed considering that prevalence of lower limb SVT is twice higher than both deep vein thrombosis (DVT) and pulmonary embolism (PE). The clinical severity of SVT largely depends on the localization of thrombosis, when it concerns the major superficial vein vessels of the lower limb and particularly the great saphenous vein. If untreated or inadequately treated, SVT can potentially cause DVT or PE. The purpose of this review is to discuss the complex interconnection between SVT and risk factors in pregnancy and to provide evidence-based considerations, suggestions, and recommendations for the diagnosis and treatment of this precarious and delicate clinical entity. © The Author(s) 2022. - Some of the metrics are blocked by yourconsent settings
Publication Thromboembolic Disease in Patients With Cancer and COVID-19: Risk Factors, Prevention and Practical Thromboprophylaxis Recommendations–State-of-the-Art(2022) ;Dimakakos, Evangelos (15829158000) ;Gomatou, Georgia (57203262751) ;Catalano, Mariella (7102930035) ;Olinic, Dan-Mircea (56010642600) ;Spyropoulos, Alex C. (7003458027) ;Falanga, Anna (7006586115) ;Maraveyas, Anthony (6701792215) ;Liew, Aaron (36900561300) ;Schulman, Sam (55792310000) ;Belch, Jill (8111605900) ;Gerotziafas, Grigorios (6603855152) ;Marschang, Peter (6601968639) ;Cosmi, Benilde (7003397621) ;Spaak, Jonas (6602440473) ;Syrigos, Konstantinos (35465809000) ;Antic, Darko (23979576100) ;Blinc, Ales (57203082448) ;Boc, Vinko (56565419000) ;Boccardo, Francesco (55198376600) ;Brodmann, Marianne (55145360000) ;Carpentier, Patrick (7102669043) ;Celovska, Denisa (24824034200) ;De Marchi, Sergio (7005964306) ;Dimitrov, Gabriel (36190738200) ;Farkas, Katalin (7004818788) ;Fionik, Olga (6503989626) ;Fyta, Eleni (57350590000) ;Gkiozos, Ioannis (18436760200) ;Gottsater, Anders (7003798100) ;Gresele, Paolo (7005707924) ;Hamade, Amer (56624975100) ;Heiss, Christian (35272137800) ;Karahan, Oguz (24448103900) ;Karakatsanis, Stamatis (57209733640) ;Kavousi, Maryam (35068219800) ;Kollias, Anastasios (24722882200) ;Kolossvary, Endre (8707168500) ;Kotteas, Elias (14060440400) ;Kozak, Matija (7102680923) ;Kroon, Abraham (35452655900) ;Kubat, Emre (55669426500) ;Lefkou, Eleftheria (57221993187) ;Lessani, Gianfranco (57798962300) ;Manu, Chris (56364963500) ;Mazzolai, Lucia (6603072127) ;Milic, Dragan (35877861700) ;Nancheva, Jasminka (57460737800) ;Pantazopoulos, Kosmas (23477967000) ;Patriarcheas, Vasileios (57567755400) ;Pazvanska, Evelina (6603311550) ;Pecsvarady, Zsolt (56038401400) ;Pillon, Sergio (57130511200) ;Prior, Manilo (57798962400) ;Ptohis, Nikolaos (13007966600) ;Quere, Isabelle (7006293340) ;Righini, Marc (7004475013) ;Roztocil, Karel (7003366142) ;Schernthaner, Gerit-Holger (16742161100) ;Schlager, Oliver (22136051600) ;Sieron, Aleksander (57202372591) ;Sprynger, Muriel (24406952000) ;Stanek, Agata (23989329500) ;Stojkovski, Igor (25229451600) ;Stvrtinova, Viera (6701770653) ;Suput, Dusan (55749495800) ;Syrigos, Nikolaos (57195420598) ;Trontzas, Ioannis (57221305091) ;Vasic, Dragan (7003336138) ;Visona, Adriana (7005906226)Xhepa, Sokol (57191967535)Cancer and COVID-19 are both well-established risk factors predisposing to thrombosis. Both disease entities are correlated with increased incidence of venous thrombotic events through multifaceted pathogenic mechanisms involving the interaction of cancer cells or SARS-CoV2 on the one hand and the coagulation system and endothelial cells on the other hand. Thromboprophylaxis is recommended for hospitalized patients with active cancer and high-risk outpatients with cancer receiving anticancer treatment. Universal thromboprophylaxis with a high prophylactic dose of low molecular weight heparins (LMWH) or therapeutic dose in select patients, is currently indicated for hospitalized patients with COVID-19. Also, prophylactic anticoagulation is recommended for outpatients with COVID-19 at high risk for thrombosis or disease worsening. However, whether there is an additive risk of thrombosis when a patient with cancer is infected with SARSCoV2 remains unclear. In the current review, we summarize and critically discuss the literature regarding the epidemiology of thrombotic events in patients with cancer and concomitant COVID-19, the thrombotic risk assessment, and the recommendations on thromboprophylaxis for this subgroup of patients. Current data do not support an additive thrombotic risk for patients with cancer and COVID-19. Of note, patients with cancer have less access to intensive care unit care, a setting associated with high thrombotic risk. Based on current evidence, patients with cancer and COVID-19 should be assessed with well-established risk assessment models for medically ill patients and receive thromboprophylaxis, preferentially with LMWH, according to existing recommendations. Prospective trials on well-characterized populations do not exist. © 2022 International Institute of Anticancer Research. All rights reserved. - Some of the metrics are blocked by yourconsent settings
Publication Thromboembolic Disease in Patients With Cancer and COVID-19: Risk Factors, Prevention and Practical Thromboprophylaxis Recommendations–State-of-the-Art(2022) ;Dimakakos, Evangelos (15829158000) ;Gomatou, Georgia (57203262751) ;Catalano, Mariella (7102930035) ;Olinic, Dan-Mircea (56010642600) ;Spyropoulos, Alex C. (7003458027) ;Falanga, Anna (7006586115) ;Maraveyas, Anthony (6701792215) ;Liew, Aaron (36900561300) ;Schulman, Sam (55792310000) ;Belch, Jill (8111605900) ;Gerotziafas, Grigorios (6603855152) ;Marschang, Peter (6601968639) ;Cosmi, Benilde (7003397621) ;Spaak, Jonas (6602440473) ;Syrigos, Konstantinos (35465809000) ;Antic, Darko (23979576100) ;Blinc, Ales (57203082448) ;Boc, Vinko (56565419000) ;Boccardo, Francesco (55198376600) ;Brodmann, Marianne (55145360000) ;Carpentier, Patrick (7102669043) ;Celovska, Denisa (24824034200) ;De Marchi, Sergio (7005964306) ;Dimitrov, Gabriel (36190738200) ;Farkas, Katalin (7004818788) ;Fionik, Olga (6503989626) ;Fyta, Eleni (57350590000) ;Gkiozos, Ioannis (18436760200) ;Gottsater, Anders (7003798100) ;Gresele, Paolo (7005707924) ;Hamade, Amer (56624975100) ;Heiss, Christian (35272137800) ;Karahan, Oguz (24448103900) ;Karakatsanis, Stamatis (57209733640) ;Kavousi, Maryam (35068219800) ;Kollias, Anastasios (24722882200) ;Kolossvary, Endre (8707168500) ;Kotteas, Elias (14060440400) ;Kozak, Matija (7102680923) ;Kroon, Abraham (35452655900) ;Kubat, Emre (55669426500) ;Lefkou, Eleftheria (57221993187) ;Lessani, Gianfranco (57798962300) ;Manu, Chris (56364963500) ;Mazzolai, Lucia (6603072127) ;Milic, Dragan (35877861700) ;Nancheva, Jasminka (57460737800) ;Pantazopoulos, Kosmas (23477967000) ;Patriarcheas, Vasileios (57567755400) ;Pazvanska, Evelina (6603311550) ;Pecsvarady, Zsolt (56038401400) ;Pillon, Sergio (57130511200) ;Prior, Manilo (57798962400) ;Ptohis, Nikolaos (13007966600) ;Quere, Isabelle (7006293340) ;Righini, Marc (7004475013) ;Roztocil, Karel (7003366142) ;Schernthaner, Gerit-Holger (16742161100) ;Schlager, Oliver (22136051600) ;Sieron, Aleksander (57202372591) ;Sprynger, Muriel (24406952000) ;Stanek, Agata (23989329500) ;Stojkovski, Igor (25229451600) ;Stvrtinova, Viera (6701770653) ;Suput, Dusan (55749495800) ;Syrigos, Nikolaos (57195420598) ;Trontzas, Ioannis (57221305091) ;Vasic, Dragan (7003336138) ;Visona, Adriana (7005906226)Xhepa, Sokol (57191967535)Cancer and COVID-19 are both well-established risk factors predisposing to thrombosis. Both disease entities are correlated with increased incidence of venous thrombotic events through multifaceted pathogenic mechanisms involving the interaction of cancer cells or SARS-CoV2 on the one hand and the coagulation system and endothelial cells on the other hand. Thromboprophylaxis is recommended for hospitalized patients with active cancer and high-risk outpatients with cancer receiving anticancer treatment. Universal thromboprophylaxis with a high prophylactic dose of low molecular weight heparins (LMWH) or therapeutic dose in select patients, is currently indicated for hospitalized patients with COVID-19. Also, prophylactic anticoagulation is recommended for outpatients with COVID-19 at high risk for thrombosis or disease worsening. However, whether there is an additive risk of thrombosis when a patient with cancer is infected with SARSCoV2 remains unclear. In the current review, we summarize and critically discuss the literature regarding the epidemiology of thrombotic events in patients with cancer and concomitant COVID-19, the thrombotic risk assessment, and the recommendations on thromboprophylaxis for this subgroup of patients. Current data do not support an additive thrombotic risk for patients with cancer and COVID-19. Of note, patients with cancer have less access to intensive care unit care, a setting associated with high thrombotic risk. Based on current evidence, patients with cancer and COVID-19 should be assessed with well-established risk assessment models for medically ill patients and receive thromboprophylaxis, preferentially with LMWH, according to existing recommendations. Prospective trials on well-characterized populations do not exist. © 2022 International Institute of Anticancer Research. All rights reserved.
