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1 d transcutaneous oxygen tension, and reduced rest pain.
2  ischemic ulceration or gangrene rather than rest pain.
3 n; P =.05 for 25-mg rofecoxib vs celecoxib), rest pain (-21.8, - 18.6, - 15.5, and - 12.5 mm; P</=.02
4 e, 68.9+/-11.9 years; 40.8% women; 24.6% for rest pain, 37.2% for ulcer, and 38.2% for gangrene).
5 f thoracic epidural analgesia vs opioids for rest pain after thoracic surgery (weighted mean differen
6                                    Relief of rest pain and healing of ulcerations and amputations wer
7                                       Recent rest pain and refractory or postinfarction UA, or both,
8 rked by intractable lower extremity ischemic rest pain and tissue loss, is a highly morbid condition
9   Critical limb ischemia is characterized by rest pain and/or tissue loss and has a > or = 40% risk o
10 d with claudication, 3% were associated with rest pain, and 1% were associated with ischemic tissue l
11  heals amputations and ulcerations, relieves rest pain, and improves ambulation.
12 ts most severe form, critical limb ischemia, rest pain, and tissue necrosis are associated with high
13 achial index, transcutaneous oxygen tension, rest pain, and walking capacity after cell therapy.
14          Secondary outcomes quality of life, rest pain, ankle-brachial index, and transcutaneous oxyg
15 s with intermittent claudication or ischemic rest pain attributable to superficial femoral and poplit
16                                        Bowel rest, pain control, and intravenous fluids are the corne
17 d the terms critical limb ischemia, ischemic rest pain, gangrene, or extremity ulcers.
18 nkle brachial index by > or =0.10, relief of resting pain, healing of ulceration or amputation, and i
19 grene or ulceration in 42 patients (81%) and rest pain in 10 patients (19%).
20 nt placement were claudication in 312 (62%), rest pain in 107 (21%), ulcer in 67 (13%), and gangrene
21 (46.3%) or limb-threatening ischemia (52.7%; rest pain in 27.7% and tissue loss in 72.3%).
22  gangrene or ischemic ulceration rather than rest pain increased with declining renal function (70, 7
23 eterans who received an initial diagnosis of rest pain, ischemic ulceration, or gangrene between Janu
24                Unstable angina patients with rest pain (n = 28) had greater mean plaque Lp(a) area th
25 h nonhealing ischemic ulcers (n=7/10) and/or rest pain (n=10/10) due to peripheral arterial disease.
26 , diagnosis codes for claudication (N=8128), rest pain (N=3056), and ulceration/gangrene (N=11,770) a
27                A clinical success (relief of rest pain or improvement of lower-extremity blood flow)
28                     Randomized patients with rest pain or ischemic ulcers and TcPo(2) <40 mm Hg and/o
29  claudication (P=0.003), a similar trend for rest pain (P=0.061), and no improvement for ulceration/g
30 on of 4.79 to 8.62 points) and postoperative rest pain (reduction of 1.18 to 2.03 points).
31 ons in HIF-1alpha patients included complete rest pain resolution in 14 of 32 patients and complete u
32 ssue loss was present in 40 (91%) limbs, and rest pain was present in four (9%); technical success oc
33 ne hundred two patients with claudication or rest pain were randomly assigned 1:1 to DA+DCB (n=48) or

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