I don't think it was very scientific. I think it was more of an observational thing he kind of looked at the number of the patients that he had performed in his surgery on and kind of came up with this number.
I don't think it was very scientific. I think it was more of an observational thing he kind of looked at the number of the patients that he had performed in his surgery on and kind of came up with this number.
I don't think it was very scientific. I think it was more of an observational thing he kind of looked at the number of the patients that he had performed in his surgery on and kind of came up with this number.
There is a very large overlap between patients with normal chests and patients with pectus excavatum regarding Haller indices—normal patients can have technically abnormal Haller index without pectus, and vice versa.
Pectus - Preoperative Assessment - Radiology and Cardiac Evaluation
▶Ep 4 · 10:26
clinicalDepending on the phase of respiration, the Haller index can change—some patients have abnormal indices at end expiration but normal indices at end inspiration despite clinical pectus excavatum.↗
▶Ep 4 · 11:55
clinicalHaller found that patients with a Haller index greater than 3.25 were ones he operated on, but this was an observational retrospective study, not a rigorous scientific or prospective study.↗
▶Ep 4 · 12:18
quoteI don't think it was very scientific. I think it was more of an observational thing he kind of looked at the number of the patients that he had performed in his surgery on and kind of came up with this number.↗
▶Ep 4 · 13:11
clinicalThere is a very large overlap between patients with normal chests and patients with pectus excavatum regarding Haller indices—normal patients can have technically abnormal Haller index without pectus, and vice versa.↗
▶Ep 4 · 13:38
clinicalThe correction index (greater than 10%) shows no overlap between normal and abnormal patients, unlike the Haller index.↗
▶Ep 4 · 14:02
clinicalThe depression index (greater than 0.2) accounts for variable chest shapes (barrel-shaped versus elliptical) and should be abnormal in pectus excavatum regardless of chest configuration.↗
▶Ep 4 · 28:18
clinicalChildren tolerate MRI very well; video goggle technology allows them to watch movies during the procedure, relieving anxiety.↗
▶Ep 4 · 39:29
clinicalThe earlier you get a CT and the higher the dose, the greater your long-term risk of developing malignancy; pediatric tissues divide more rapidly and have more time to develop DNA breaks.↗
▶Ep 4 · 40:14
clinicalA standard CT dose for pectus can deliver about 7 millisieverts of radiation, equivalent to about 2 years of background radiation in one scan.↗
▶Ep 4 · 41:13
epidemiologicalThere is data suggesting an increased risk of malignancy long term from even one CT, and the younger you are, that risk increases over your lifetime.↗
Pectus - Preoperative Assessment - Radiology and Cardiac Evaluation
▶Ep 8 · 10:26
clinicalDepending on the phase of respiration, the Haller index can change—some patients have abnormal indices at end expiration but normal indices at end inspiration despite clinical pectus excavatum.↗
▶Ep 8 · 10:26
clinicalDepending on the phase of respiration, the Haller index can change—some patients have abnormal indices at end expiration but normal indices at end inspiration despite clinical pectus excavatum.↗
▶Ep 8 · 11:55
clinicalHaller found that patients with a Haller index greater than 3.25 were ones he operated on, but this was an observational retrospective study, not a rigorous scientific or prospective study.↗
▶Ep 8 · 11:55
clinicalHaller found that patients with a Haller index greater than 3.25 were ones he operated on, but this was an observational retrospective study, not a rigorous scientific or prospective study.↗
▶Ep 8 · 12:18
quoteI don't think it was very scientific. I think it was more of an observational thing he kind of looked at the number of the patients that he had performed in his surgery on and kind of came up with this number.↗
▶Ep 8 · 12:18
quoteI don't think it was very scientific. I think it was more of an observational thing he kind of looked at the number of the patients that he had performed in his surgery on and kind of came up with this number.↗
▶Ep 8 · 13:11
clinicalThere is a very large overlap between patients with normal chests and patients with pectus excavatum regarding Haller indices—normal patients can have technically abnormal Haller index without pectus, and vice versa.↗
▶Ep 8 · 13:11
clinicalThere is a very large overlap between patients with normal chests and patients with pectus excavatum regarding Haller indices—normal patients can have technically abnormal Haller index without pectus, and vice versa.↗
▶Ep 8 · 13:38
clinicalThe correction index (greater than 10%) shows no overlap between normal and abnormal patients, unlike the Haller index.↗
▶Ep 8 · 13:38
clinicalThe correction index (greater than 10%) shows no overlap between normal and abnormal patients, unlike the Haller index.↗
▶Ep 8 · 14:02
clinicalThe depression index (greater than 0.2) accounts for variable chest shapes (barrel-shaped versus elliptical) and should be abnormal in pectus excavatum regardless of chest configuration.↗
▶Ep 8 · 14:02
clinicalThe depression index (greater than 0.2) accounts for variable chest shapes (barrel-shaped versus elliptical) and should be abnormal in pectus excavatum regardless of chest configuration.↗
▶Ep 8 · 28:18
clinicalChildren tolerate MRI very well; video goggle technology allows them to watch movies during the procedure, relieving anxiety.↗
▶Ep 8 · 28:18
clinicalChildren tolerate MRI very well; video goggle technology allows them to watch movies during the procedure, relieving anxiety.↗
▶Ep 8 · 39:29
clinicalThe earlier you get a CT and the higher the dose, the greater your long-term risk of developing malignancy; pediatric tissues divide more rapidly and have more time to develop DNA breaks.↗
▶Ep 8 · 39:29
clinicalThe earlier you get a CT and the higher the dose, the greater your long-term risk of developing malignancy; pediatric tissues divide more rapidly and have more time to develop DNA breaks.↗
▶Ep 8 · 40:14
clinicalA standard CT dose for pectus can deliver about 7 millisieverts of radiation, equivalent to about 2 years of background radiation in one scan.↗
▶Ep 8 · 40:14
clinicalA standard CT dose for pectus can deliver about 7 millisieverts of radiation, equivalent to about 2 years of background radiation in one scan.↗
▶Ep 8 · 41:13
epidemiologicalThere is data suggesting an increased risk of malignancy long term from even one CT, and the younger you are, that risk increases over your lifetime.↗
▶Ep 8 · 41:13
epidemiologicalThere is data suggesting an increased risk of malignancy long term from even one CT, and the younger you are, that risk increases over your lifetime.↗
Radiology: Pectus Innovations
▶Ep 15 · 5:11
clinicalRespiratory phase affects Haller index measurements; some patients with clinical pectus have normal Haller index at end inspiration but abnormal at end expiration↗
▶Ep 15 · 5:11
clinicalRespiratory phase affects Haller index measurements; some patients with clinical pectus have normal Haller index at end inspiration but abnormal at end expiration↗
▶Ep 15 · 6:15
host_summaryHaller found that patients with a Haller index greater than 3.25 were candidates for operation↗
▶Ep 15 · 6:15
guidelineHaller found that patients with a Haller index greater than 3.25 were candidates for operation↗
▶Ep 15 · 7:01
clinicalThe Haller index was based on an observational study, not a rigorous scientific prospective study↗
▶Ep 15 · 7:01
clinicalThe Haller index was based on an observational study, not a rigorous scientific prospective study↗
▶Ep 15 · 7:55
quoteI think that you can have normal patients who had technically an abnormal Haller index, even though they did not have pectus excavatum and vice versa.↗
▶Ep 15 · 7:55
quoteI think that you can have normal patients who had technically an abnormal Haller index, even though they did not have pectus excavatum and vice versa.↗
▶Ep 15 · 8:22
host_summaryCorrection index greater than 10% shows no overlap between normal and abnormal patients↗
▶Ep 15 · 8:22
clinicalCorrection index greater than 10% shows no overlap between normal and abnormal patients↗
▶Ep 15 · 8:54
clinicalDepression index greater than 0.2 is the cutoff between normal and abnormal patients↗
▶Ep 15 · 8:54
host_summaryDepression index greater than 0.2 is the cutoff between normal and abnormal patients↗
▶Ep 15 · 22:09
clinicalThe anatomical assessment portion of cardiac MRI is very straightforward and uses fairly basic sequences↗
▶Ep 15 · 22:09
clinicalThe anatomical assessment portion of cardiac MRI is very straightforward and uses fairly basic sequences↗
▶Ep 15 · 22:24
clinicalMost MRI scanners and centers should be able to perform cardiac MRI for pectus assessment as the sequences are fairly basic↗
▶Ep 15 · 22:24
clinicalMost MRI scanners and centers should be able to perform cardiac MRI for pectus assessment as the sequences are fairly basic↗
▶Ep 15 · 23:00
clinicalChildren tolerate MRI very well, especially with video goggle technology allowing them to watch movies during the procedure↗
▶Ep 15 · 23:00
clinicalChildren tolerate MRI very well, especially with video goggle technology allowing them to watch movies during the procedure↗
▶Ep 15 · 23:26
quoteI think I'm a little bit claustrophobic. I find it hard being inside an MRI machine, but I have actually done an MRI with the goggles on. It's actually great.↗
▶Ep 15 · 23:26
quoteI think I'm a little bit claustrophobic. I find it hard being inside an MRI machine, but I have actually done an MRI with the goggles on. It's actually great.↗
▶Ep 15 · 34:13
clinicalYounger age at CT exposure and higher CT dose increase long-term risk of developing malignancy↗
▶Ep 15 · 34:13
clinicalYounger age at CT exposure and higher CT dose increase long-term risk of developing malignancy↗
▶Ep 15 · 34:31
clinicalPediatric tissues have cells that divide more frequently and rapidly, increasing likelihood of radiation-induced DNA breaks and long-term complications↗
▶Ep 15 · 34:31
clinicalPediatric tissues have cells that divide more frequently and rapidly, increasing likelihood of radiation-induced DNA breaks and long-term complications↗
▶Ep 15 · 34:54
clinicalStandard CT dose for pectus can deliver up to 7 millisieverts of radiation, equivalent to 2 years of background radiation↗
▶Ep 15 · 34:54
clinicalStandard CT dose for pectus can deliver up to 7 millisieverts of radiation, equivalent to 2 years of background radiation↗
▶Ep 15 · 35:57
clinicalThere is data suggesting increased risk of malignancy long term from even one CT scan, with risk increasing the younger the patient↗
▶Ep 15 · 35:57
clinicalThere is data suggesting increased risk of malignancy long term from even one CT scan, with risk increasing the younger the patient↗
