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normal inr and no signs or symptoms of bleeding. Takes ultram - would you do a spinal?
Nonormal inr and no signs or symptoms of bleeding. Takes ultram - would you do a spinal?
Nothing is written in stone but here is how I see it:No, thats it?
Cesarean?
Bad airway for knee scope?
TURP in a very poor candidate of GA, severe COPD, etc?
Or is it just flat NO?
Yes. But it was in a 65 y/o trauma patient (heme variables unknown)... no hematoma prior to LP, but massive thereafter...
Has anyone EVER PERSONALLY seen an epidural hematoma FROM:
- a spinal
- epidural
- lumbar puncture
- myelogram
- or other procedures where we stick a needle in someone's back.
I have!Has anyone EVER PERSONALLY seen an epidural hematoma FROM:
- a spinal
- epidural
- lumbar puncture
- myelogram
- or other procedures where we stick a needle in someone's back.
I have!
Pain doctor does steroid epidural injection, patient comes to us with epidural hematoma and gets laminectmy.
Patient was taking NSAIDS but no other anticoagulants and no known coagulation abnormality.
Patient around 50 Y/O.anymore hx?
what was injected?
other meds?
age?
I saw one as a resident in a healthy pregnant (30 plus week) patient. It was a transfer from an outside hospital. LP was performed in the ER at this hospital for some reason that I can't remember. Pt admitted and later started having back pain then weakness and bladder issues. MRI at the OSH with epidural hematoma. Pt was then transferred to us (1.5 hours away). By the time we got her it had been at least 6 hours since she had started having symptoms and they were progressing. OB's sectioned her before the decompression (they only drained about 4cc of blood out of the epidural space). It was a nightmare and one of those cases you never forget. Baby ended up ok but mom has significant deficits. By the way this patient had normal coags and normal platelets. Heme saw her post op and could find no reason.
So a patient with an unexplained PTT of 43? I would not do a spinal unless I had a really good reason for the patient to need a spinal. If it was an elective case and she could not have a general because of an airway issue, I would cancel and send her to see a hematologist.
Has anyone EVER PERSONALLY seen an epidural hematoma FROM:
- a spinal
- epidural
- lumbar puncture
- myelogram
- or other procedures where we stick a needle in someone's back.
normal inr and no signs or symptoms of bleeding. Takes ultram - would you do a spinal?
why would a healthy person need a LP?
And why would 4cc of blood (we put 20 in a blood patch) cause probelms?
Though this wasn't my case, I found out more details. Does this change anything?
Morbidly obese 50 year old for Total knee. Had two kids 20 years ago with epidurals and a hysterectomy few years ago without any issues. No history of bleeding, no bruising. Platelets normal, H/H normal, INR = 1.
No.Though this wasn't my case, I found out more details. Does this change anything?
Morbidly obese 50 year old for Total knee. Had two kids 20 years ago with epidurals and a hysterectomy few years ago without any issues. No history of bleeding, no bruising. Platelets normal, H/H normal, INR = 1.
Though this wasn't my case, I found out more details. Does this change anything?
Morbidly obese 50 year old for Total knee. Had two kids 20 years ago with epidurals and a hysterectomy few years ago without any issues. No history of bleeding, no bruising. Platelets normal, H/H normal, INR = 1.
something is up with this pt's intrinsic pathway, however, i would not cancel this case for a heme w/u, as it would not change the management. inhibitors - give FFP. lupus AC - do nothing (if no h/o thrombosis). can get heme w/u postop if elevated ptt persists (after pt off LMWH prophylaxis, of course).
therefore, FFP x2.
proceed with CSE.
or not.
tube, lots of postop pain.
the most serious risks of blood product transfusion (hep c - 1/60k, hiv 1/500k) are exponentially lower than the risks of GA for joint replacement. The risks of a potentially difficult femoral nerve block (obese) in patients with altered coagulation is not well delineated by ASRA.
additionally, without an epidural this patient will be exposed to the risks of high dose PCA opioids (resp depression, atelectasis) and only achieve mediocre pain control, resulting in delayed/suboptimal early rehab.
lastly, a normal PTT is essential in preventing surgical site hematoma.
i am including 1 review, however, the body of evidence is much more vast.
-------------------------------------
Objectives: To obtain reliable estimates of the effects of neuraxial blockade with epidural or spinal anaesthesia on postoperative morbidity and mortality.
Design: Systematic review of all trials with randomisation to intraoperative neuraxial blockade or not.
Studies: 141 trials including 9559 patients for which data were available before 1 January 1997. Trials were eligible irrespective of their primary aims, concomitant use of general anaesthesia, publication status, or language. Trials were identified by extensive search methods, and substantial amounts of data were obtained or confirmed by correspondence with trialists.
Main outcome measures: All cause mortality, deep vein thrombosis, pulmonary embolism, myocardial infarction, transfusion requirements, pneumonia, other infections, respiratory depression, and renal failure.
Results: Overall mortality was reduced by about a third in patients allocated to neuraxial blockade (103 deaths/4871 patients versus 144/4688 patients, odds ratio=0.70, 95% confidence interval 0.54 to 0.90, P=0.006). Neuraxial blockade reduced the odds of deep vein thrombosis by 44%, pulmonary embolism by 55%, transfusion requirements by 50%, pneumonia by 39%, and respiratory depression by 59% (all P<0.001). There were also reductions in myocardial infarction and renal failure. Although there was limited power to assess subgroup effects, the proportional reductions in mortality did not clearly differ by surgical group, type of blockade (epidural or spinal), or in those trials in which neuraxial blockade was combined with general anaesthesia compared with trials in which neuraxial blockade was used alone.
Conclusions: Neuraxial blockade reduces postoperative mortality and other serious complications. The size of some of these benefits remains uncertain, and further research is required to determine whether these effects are due solely to benefits of neuraxial blockade or partly to avoidance of general anaesthesia. Nevertheless, these findings support more widespread use of neuraxial blockade.
MJ 2000;321:1493 ( 16 December )
Reduction of postoperative mortality and morbidity with epidural or spinal anaesthesia: results from overview of randomised trials
the most serious risks of blood product transfusion (hep c - 1/60k, hiv 1/500k) are exponentially lower than the risks of GA for joint replacement. The risks of a potentially difficult femoral nerve block (obese) in patients with altered coagulation is not well delineated by ASRA.
additionally, without an epidural this patient will be exposed to the risks of high dose PCA opioids (resp depression, atelectasis) and only achieve mediocre pain control, resulting in delayed/suboptimal early rehab.
lastly, a normal PTT is essential in preventing surgical site hematoma.
i am including 1 review, however, the body of evidence is much more vast.
-------------------------------------
Objectives: To obtain reliable estimates of the effects of neuraxial blockade with epidural or spinal anaesthesia on postoperative morbidity and mortality.
Design: Systematic review of all trials with randomisation to intraoperative neuraxial blockade or not.
Studies: 141 trials including 9559 patients for which data were available before 1 January 1997. Trials were eligible irrespective of their primary aims, concomitant use of general anaesthesia, publication status, or language. Trials were identified by extensive search methods, and substantial amounts of data were obtained or confirmed by correspondence with trialists.
Main outcome measures: All cause mortality, deep vein thrombosis, pulmonary embolism, myocardial infarction, transfusion requirements, pneumonia, other infections, respiratory depression, and renal failure.
Results: Overall mortality was reduced by about a third in patients allocated to neuraxial blockade (103 deaths/4871 patients versus 144/4688 patients, odds ratio=0.70, 95% confidence interval 0.54 to 0.90, P=0.006). Neuraxial blockade reduced the odds of deep vein thrombosis by 44%, pulmonary embolism by 55%, transfusion requirements by 50%, pneumonia by 39%, and respiratory depression by 59% (all P<0.001). There were also reductions in myocardial infarction and renal failure. Although there was limited power to assess subgroup effects, the proportional reductions in mortality did not clearly differ by surgical group, type of blockade (epidural or spinal), or in those trials in which neuraxial blockade was combined with general anaesthesia compared with trials in which neuraxial blockade was used alone.
Conclusions: Neuraxial blockade reduces postoperative mortality and other serious complications. The size of some of these benefits remains uncertain, and further research is required to determine whether these effects are due solely to benefits of neuraxial blockade or partly to avoidance of general anaesthesia. Nevertheless, these findings support more widespread use of neuraxial blockade.
MJ 2000;321:1493 ( 16 December )
Reduction of postoperative mortality and morbidity with epidural or spinal anaesthesia: results from overview of randomised trials
the most serious risks of blood product transfusion (hep c - 1/60k, hiv 1/500k) are exponentially lower than the risks of GA for joint replacement. The risks of a potentially difficult femoral nerve block (obese) in patients with altered coagulation is not well delineated by ASRA.
additionally, without an epidural this patient will be exposed to the risks of high dose PCA opioids (resp depression, atelectasis) and only achieve mediocre pain control, resulting in delayed/suboptimal early rehab.
lastly, a normal PTT is essential in preventing surgical site hematoma.
i am including 1 review, however, the body of evidence is much more vast.
-------------------------------------
Objectives: To obtain reliable estimates of the effects of neuraxial blockade with epidural or spinal anaesthesia on postoperative morbidity and mortality.
Design: Systematic review of all trials with randomisation to intraoperative neuraxial blockade or not.
Studies: 141 trials including 9559 patients for which data were available before 1 January 1997. Trials were eligible irrespective of their primary aims, concomitant use of general anaesthesia, publication status, or language. Trials were identified by extensive search methods, and substantial amounts of data were obtained or confirmed by correspondence with trialists.
Main outcome measures: All cause mortality, deep vein thrombosis, pulmonary embolism, myocardial infarction, transfusion requirements, pneumonia, other infections, respiratory depression, and renal failure.
Results: Overall mortality was reduced by about a third in patients allocated to neuraxial blockade (103 deaths/4871 patients versus 144/4688 patients, odds ratio=0.70, 95% confidence interval 0.54 to 0.90, P=0.006). Neuraxial blockade reduced the odds of deep vein thrombosis by 44%, pulmonary embolism by 55%, transfusion requirements by 50%, pneumonia by 39%, and respiratory depression by 59% (all P<0.001). There were also reductions in myocardial infarction and renal failure. Although there was limited power to assess subgroup effects, the proportional reductions in mortality did not clearly differ by surgical group, type of blockade (epidural or spinal), or in those trials in which neuraxial blockade was combined with general anaesthesia compared with trials in which neuraxial blockade was used alone.
Conclusions: Neuraxial blockade reduces postoperative mortality and other serious complications. The size of some of these benefits remains uncertain, and further research is required to determine whether these effects are due solely to benefits of neuraxial blockade or partly to avoidance of general anaesthesia. Nevertheless, these findings support more widespread use of neuraxial blockade.
MJ 2000;321:1493 ( 16 December )
Reduction of postoperative mortality and morbidity with epidural or spinal anaesthesia: results from overview of randomised trials
Has anyone EVER PERSONALLY seen an epidural hematoma FROM:
- a spinal
- epidural
- lumbar puncture
- myelogram
- or other procedures where we stick a needle in someone's back.
the most serious risks of blood product transfusion (hep c - 1/60k, hiv 1/500k) are exponentially lower than the risks of GA for joint replacement. The risks of a potentially difficult femoral nerve block (obese) in patients with altered coagulation is not well delineated by ASRA.
additionally, without an epidural this patient will be exposed to the risks of high dose PCA opioids (resp depression, atelectasis) and only achieve mediocre pain control, resulting in delayed/suboptimal early rehab.
lastly, a normal PTT is essential in preventing surgical site hematoma.
i am including 1 review, however, the body of evidence is much more vast.
-------------------------------------
Objectives: To obtain reliable estimates of the effects of neuraxial blockade with epidural or spinal anaesthesia on postoperative morbidity and mortality.
Design: Systematic review of all trials with randomisation to intraoperative neuraxial blockade or not.
Studies: 141 trials including 9559 patients for which data were available before 1 January 1997. Trials were eligible irrespective of their primary aims, concomitant use of general anaesthesia, publication status, or language. Trials were identified by extensive search methods, and substantial amounts of data were obtained or confirmed by correspondence with trialists.
Main outcome measures: All cause mortality, deep vein thrombosis, pulmonary embolism, myocardial infarction, transfusion requirements, pneumonia, other infections, respiratory depression, and renal failure.
Results: Overall mortality was reduced by about a third in patients allocated to neuraxial blockade (103 deaths/4871 patients versus 144/4688 patients, odds ratio=0.70, 95% confidence interval 0.54 to 0.90, P=0.006). Neuraxial blockade reduced the odds of deep vein thrombosis by 44%, pulmonary embolism by 55%, transfusion requirements by 50%, pneumonia by 39%, and respiratory depression by 59% (all P<0.001). There were also reductions in myocardial infarction and renal failure. Although there was limited power to assess subgroup effects, the proportional reductions in mortality did not clearly differ by surgical group, type of blockade (epidural or spinal), or in those trials in which neuraxial blockade was combined with general anaesthesia compared with trials in which neuraxial blockade was used alone.
Conclusions: Neuraxial blockade reduces postoperative mortality and other serious complications. The size of some of these benefits remains uncertain, and further research is required to determine whether these effects are due solely to benefits of neuraxial blockade or partly to avoidance of general anaesthesia. Nevertheless, these findings support more widespread use of neuraxial blockade.
MJ 2000;321:1493 ( 16 December )
Reduction of postoperative mortality and morbidity with epidural or spinal anaesthesia: results from overview of randomised trials
I can't wait for Mil's response to this one.
But I will comment on this: "additionally, without an epidural this patient will be exposed to the risks of high dose PCA opioids (resp depression, atelectasis) and only achieve mediocre pain control, resulting in delayed/suboptimal early rehab." This is a crock and I am a BIG proponent of regional anesthesia. We have all (and if you haven't , you will) seen the pt with the working epidural that you just can't get completely comfortable. What do we do? We pull the epidural and start a PCA and they 9 times out of 10 are much happier. PCA'S still work very very well.
HORY clap....is this the second coming of the middle ages?????

Yes. Chick had to go to the OR for a spinal decompression. It was a trainwreck.
-copro
"AHHHHHH, MASTA, CHINESE ACCENT STILL INTACT!!!!"
reminds me of my OB/GYN buddy who did his residency with a buddy of his named Dat, an oriental dude who would get his panties in a wad if he was late....my buddy did a great impersonation of Dat, which included:
"HORY SH I T!! ITS FREE O CROCK!!! I GOTTA GO TO CRINIC!!!!"
hahahahahhaahah......god i'm so easily amused....
it would be useful if anyone would post studies/case reports/any objective evidence supporting their opinion. anecdotal evidence from personal experience disguised as gospel = the second coming of the middle ages.
i practice evidence based medicine mixed with a healthy dose of common sense. and i have learned that there are 100 ways to do the same thing, safely and therefore respect the professional opinion of others.
respectful discourse would be nice.

Well said.it would be useful if anyone would post studies/case reports/any objective evidence supporting their opinion. anecdotal evidence from personal experience disguised as gospel = the second coming of the middle ages.
i practice evidence based medicine mixed with a healthy dose of common sense. and i have learned that there are 100 ways to do the same thing, safely and therefore respect the professional opinion of others.
respectful discourse would be nice.
it would be useful if anyone would post studies/case reports/any objective evidence supporting their opinion. anecdotal evidence from personal experience disguised as gospel = the second coming of the middle ages.
i practice evidence based medicine mixed with a healthy dose of common sense. and i have learned that there are 100 ways to do the same thing, safely and therefore respect the professional opinion of others.
respectful discourse would be nice.
All of those benefits that regional supposedly has over GA has pretty much been debunked since 2000.
There may be some minor benefits, but the numbers are clearly not what was in that reference.
AAA surgery double blind prospective study comparing epidural / ga.....NO difference....that was the best study.....many others....
with the advent of lmwh...and effective DVT prophylasis.....all those benefits of regional is hx.
Hey MMD, what do you read to stay abreast of all these studies?

when I was in the Navy, I spend about 4 hours a day reading:
anesthesia/analgesia
am j res & ccm
nejm
annals of IM
circulation
chest
+ others I can't remember on a regular basis...
other stuff based on talks I'm working on and references that need to be pulled.
Some of the orignial articles can be a pain in the a ss because the book stacks don't have them...
Currently, I don't do di ck, other than argue with Plank here.![]()