Covid Reference

Page 472

472

|

CovidReference.com Aug;7(8):e601-e612. PubMed: https://pubmed.gov/32563283. Full-text: https://doi.org/10.1016/S2352-3026(20)30205-2

Transplantation During a health crisis such as the COVID pandemic, it is crucial to carefully balance cost and benefits in performing organ transplantation (Andrea 2020). There is no doubt that the current situation has deeply affected organ donation and that this represents an important collateral damage of the pandemic. All Eurotransplant countries have implemented preventive screenings policies for potential organ donors. For detailed information on the national policy, please visit https://www.eurotransplant.org/2020/04/07/covid-19-andorgan-donation/. Preliminary data indicate a significant reduction in transplantation rates even in regions where COVID-19 cases are low, suggesting a global and nationwide effect beyond the local COVID-19 infection prevalence (Loupy 2020). During March and April, the overall reduction in deceased donor transplantations since the COVID-19 outbreak was 91% in France and 51% in the USA, respectively. In both France and the USA, this reduction was mostly driven by kidney transplantation, but a substantial effect was also seen for heart, lung, and liver transplants, all of which provide meaningful improvement in survival probability. In Germany, however, compared with the previous year, the cumulative numbers of deceased organ donors and transplants showed no significant reduction (Qu 2020). Solid organ transplant recipients are generally at higher risk for complications of respiratory viral infections (in particular influenza), due to their chronic immunosuppressive regimen, and this may hold particularly true for SARS-CoV-2 infection. The first cohort of COVID-19 in transplant recipients from the US indeed indicated that transplant recipients appear to have more severe outcomes (Pereira 2020). Some key studies: Liver: In the largest cohort, 16/100 patients died from COVID-19. Of note, mortality was observed only in patients aged 60 years or older (16/73) and was more common in males than in females (Belli 2020). Although not statistically significant, more patients who were transplanted at least 2 years earlier died than did those who received their transplant within the past 2 years (18% vs 5%). A systematic search on June 15 revealed 223 liver transplant recipients with COVID-19 in 15 studies (Fraser 2020). The case fatality rate was 19,3%. Dyspnea on presentation, diabetes mellitus, and age 60 years or older were significantly associated with increased mortality (p = 0.01) with a trend to a higher mortality rate observed in those with hypertension and those receiving corticosteroids at the time of COVID-19 diagnosis. However, in a mulKamps – Hoffmann


Turn static files into dynamic content formats.

Create a flipbook

Articles inside

References

1hr
pages 497-554

Management

10min
pages 491-496

Diagnosis and classification

11min
pages 484-490

Transplantation

4min
pages 472-473

Transmission

4min
pages 482-483

Pathophysiology and immunopathology

4min
pages 480-481

Natural course and risk factors for complications

2min
page 479

Epidemiology of COVID-19 in children

2min
page 478

Cancer

8min
pages 468-471

Immunosuppression (other than HIV

3min
pages 466-467

HIV infection

6min
pages 463-465

COPD and smoking

4min
pages 461-462

Hypertension and cardiovascular co-morbidities

14min
pages 452-458

Diabetes mellitus

4min
pages 459-460

References

6min
pages 447-451

Special situations in severe COVID-19

3min
pages 445-446

References

25min
pages 429-440

Spotlight: The situation in a German COVID-19 hospital

4min
pages 443-444

Outlook and Recommendations

1min
page 428

4. Immunomodulators

19min
pages 415-424

Other treatments for COVID-19 (with unknown or unproven mechanisms of action

5min
pages 425-427

3. Monoclonal Antibodies and Convalescent Plasma

13min
pages 408-414

2. Various antiviral agents

5min
pages 405-407

1. Inhibitors of the viral RNA synthesis

11min
pages 399-404

Monitoring, treatment options

3min
pages 391-392

Studies with objectifiable tests

3min
pages 389-390

Reactivations, reinfections

2min
page 366

Outcome

27min
pages 352-365

Clinical classification

1min
page 351

Laboratory findings

6min
pages 347-350

References

21min
pages 324-332

Asymptomatic cases

4min
pages 334-335

Radiology

6min
pages 321-323

Incubation period

1min
page 333

Symptoms

21min
pages 336-346

Diagnosis

36min
pages 303-320

References

55min
pages 277-302

Outlook

5min
pages 272-276

Single Vaccines

24min
pages 247-261

Coming vaccines

8min
pages 267-271

Special Topics

9min
pages 241-246

Approved Vaccines

2min
pages 223-224

References

21min
pages 211-222

Outlook

1min
page 210

Transmission

1min
page 187

Epidemiology

11min
pages 175-186

Summary – 13 February

1min
page 173

Genomic Structure and Variation

4min
pages 164-166

References

8min
pages 167-172

Origin and Evolution

4min
pages 158-159

Introduction

1min
page 174

History

4min
pages 154-155

References

20min
pages 136-152

Conclusion

1min
page 135

Introduction

31min
pages 117-133

Containment or mitigation of COVID-19?

1min
page 134

References

40min
pages 99-116

Outlook

1min
page 98

Prevention

3min
pages 96-97

End of Quarantine

1min
page 95

Transmission Event

26min
pages 82-94

References

31min
pages 54-68

Summary

1min
page 69

Routes of Transmission

16min
pages 73-81

Outlook

3min
pages 52-53

The 2020 Lockdowns

7min
pages 48-51

Person-to-person transmission

2min
page 72

Special Aspects of the Pandemic

15min
pages 38-46

The SARS-CoV-2 pandemic: Past and Future

2min
page 47
Issuu converts static files into: digital portfolios, online yearbooks, online catalogs, digital photo albums and more. Sign up and create your flipbook.