Hydroxychloroquine for COVID-19

This is some actual data regarding the effects of hydroxychloroquine in COVID-19! A hat tip to the authors. This is not the most robust study with the most conventional endpoints but it's something. It is very small but I'd rather it exist than not exist at this juncture. These patients are not ICU level patients. 

Disclaimer: this is a not a peer reviewed article at the time of my writing. This is also my interpretation of the study.

The authors wanted to see the effects of hydroxychloroquine in patients with COVID-19. No azithro was harmed in this study that I can tell.

n=62, RCT
31 received standard treatment PLUS a 5 days course of HCQ 400mg daily
Mean age: 44.7 (not the oldest folks, older tend to be sicker.)
All 62 patients also received antivirals, antibiotics (zero mentions of azithro in the article), immunoglobulins +/- steroids.
Noteworthy excluded patients (cannot discuss all of these): severe and critically ill patients. Renal failure. Others. Bottom line is that these patients are not SICK SICK SICK. 
There's no subgroup analysis to see how the +/- steroids may have influenced the results.

Endpoints and Results (assessed at baseline and after 5 days of treatment)
Time to clinical recovery: body temperature, cough remission time. Fewer patients in the control group had fevers, despite this, fever resolved quicker in the HCQ group. Fewer patients had cough in the control group. Also despite this, fewer patients had cough in the HCQ group. Bottom line, patients with HCQ felt better. This is a strange endpoint.

Radiological results: 

CT scan on day 0 and on day 6. Improved pneumonia in 80.6% of HCQ arm versus 54.8% in the control arm. NNT=3.9. 

61.3% of the patients in the HCQ group had a significant absorption of their pneumonia.

4 patients progressed to severe illness in the control group. That's almost 13% of the group. None in HCQ group.

Adverse reactions: 

in the HCQ group, one patient had a rash, another had a headache. 

The authors concluded that HCQ could shorten the time to clinical recovery and promote the absorption of pneumonia. The mechanisms by which this occurs are postulated in the article. This would support giving HCQ to patients who are not critically ill as we do not know its effects on that population, yet. 

-EJ

Link to FULL FREE Article

Link to Abstract

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Hydroxychloroquine and Azithromycin as a treatment of COVID-19: An Appraisal on the Study Published on 3/27/20

We have an update now from the same researchers in France regarding hydroxychloroquine and azithromycin in COVID-19. It's a free PDF and I recommend you read it yourself. Don't trust me. 

This study has me scratching my head. Their first study seemed like they rushed it out the door to light the fire for some more research. This study seems like they're deliberately hiding things from us or trying to remain obscure. 

Methods:
This is an observational study, meaning they didn't have any controls.

80% of patients got a CT chest and (almost) every patient had a daily nasopharyngeal swab.
They all got an EKG before treatment and two days after treatment began. They had criteria to not start therapy based on some findings listed in the article. 

Treatment regimen:
Hydroxychloroquine 200mg three time a day for 10 days
Azithromycin 500mg on day 1, then 250 daily for 4 days


End points (these are not your typical endpoints):

Clinical Outcome (oxygen therapy or ICU transfer)
Contagiousness by PCR and culture
Length of stay in the ID ward

Things to know:
n=80
4 patients were asymptomatic carriers (then why were they in the COVID unit?)
92% of the patients were less ill based on their made up NEWS score
52.8% had lower respiratory infections/pneumonia. 

Results:
We don't have any controls to know if this is the normal course of the infection or if the hydroxychloroquine actually worked or not. I forgive them for not having controls in the prior study but this is now too much. 
93.8% were discharged with a low NEWS score. Don't forget that 92% had a low news score to begin with!
3 patients still ended up in the ICU. 

The nasopharyngeal viral load fell. Sure. Cool. Thanks. But does this normally fall at this rate without treatment? We need controls. Is the decrease in contagiousness the normal evolution or the drugs working? We don't know. No controls. 

I'm tired of reviewing this study. You all get my point. I am in favor of trying it, but I feel like there's some academic dishonesty happening here. 

I really want this to work. I really really do. We need some good news but we also need to solidify our management with better data. 

-EJ

Link to full FREE PDF

Although great care has been taken to ensure that the information in this post is accurate, eddyjoemd, LLC shall not be held responsible or in any way liable for the continued accuracy of the information, or for any errors, omissions or inaccuracies, or for any consequences arising therefrom.