ライフサイエンスコーパス: flap

1 nase (LOX), or the 5-LOX-activating protein (FLAP).

2 ase (5-LO) aided by 5-LO-activating protein (FLAP).

3 n overpower the strength of the nasal lining flap.

4 l placement of tumors and wounds or ischemic flap.

5 followed by tongue reconstruction with free flap.

6 Rossmann fold connected to a protruding beta-flap.

7 al tunnel underneath the superficial scleral flap.

8 4) molecules of cPLA(2) were associated with FLAP.

9 tical incision with an interdental tunneling flap.

10 en implicated in processing Okazaki fragment flaps.

11 , in the treatment of infected ischemic skin flaps.

12 parating the strands of duplex DNA, creating flaps.

13 is protein functions at DNA ends to generate flaps.

14 eaved, unthreaded, and partially threaded 5' flaps.

15 /-44 deg) and C(2v)-symmetric triplet (omega(flap) = 0 deg) stem from nonclassical electron delocaliz

16 es between the C(s)-symmetric singlet (omega(flap) = +/-44 deg) and C(2v)-symmetric triplet (omega(fl

17 in MHRD surgery could stabilize inverted ILM flaps, achieve good anatomical results and improve posto

18 d superior initial REC reduction compared to flap advancement alone.

19 urrent study evaluated the status of the ILM flap after MH surgery with superior wide-base ILM flap t

20 Status of the flap after surgery often is uncertain.

21 cellular dermal matrix, collagen matrix, and flap alone showed a similar tendency for gingival recess

22 ncrease the GT, compared with treatment with flap alone.

23 rate, and plate exposure rate to free fibula flaps alone.

24 mutants, lacking a C-terminal autoregulatory flap, also promote strand exchange in a 5'-to-3' polarit

25 High IFM was defined as maximum flap amplitude >3 mm.

26 e therefore relatively immune to the shallow flapping amplitude.

27 nderwent AV loop placement with delayed free flap anastomosis for microsurgical reconstructions of lo

28 s with cardiovascular comorbidities, if free flap anastomosis is delayed.

29 econstruction with a vascularized myofascial flap and 2-year follow-up was in good health with no res

30 elevate inflammatory leukotriene levels, 2) FLAP and 5-LOX inhibitors reduce leukotrienes in M1 but

31 s, patients reconstructed with a soft tissue flap and bridging plate (odds ratio (OR) 3.997; 95% conf

32 reconstruction whereas 41 had a soft tissue flap and plate reconstruction.

33 d transient binding interactions between the flap and unprocessed DNA strand.

34 uctive number of the infection (R0) for both FLAPS and randomized configurations, we investigated how

35 ion-dependent close associations of cPLA(2), FLAP, and 5-LO in higher order assemblies on the nuclear

36 , either bilaminar or an apically positioned flap (APF) technique.

37 , in combination with an apically positioned flap [APF]), resulted in significantly more KT than trea

38 Using a robotic flapping apparatus to measure undulatory forces in physi

39 aft (CTG) when combined with a buccal single flap approach (SFA) in the regenerative treatment of int

40 to COM in a defect cohort accessed by Single Flap Approach (SFA).

41 Ribonucleotides within a 5' flap are resistant to cleavage by DNA2, and extended RNA

42 Our data strongly support the idea that 3' flaps are generated as replication fork complexes fuse.

43 We find that the cleavage rates for 5 flaps are significantly higher than those for HJs for bo

44 In the absence of Dna2, 5'-flaps are thought to accumulate on the lagging strand, r

45 pread generation of long Okazaki fragment 5' flaps, as predicted by some models.

46 After 7 days, all rats were sacrificed for flap assessment.

47 g a semicircular single-layered ILM inverted flap assisted by a sub-perfluorocarbon liquid injection

48 l wing kinematics; their long, slender wings flap at remarkably high frequencies for their size (>800

49 We hypothesize that the creation of a flap at the site of a leading strand discontinuity could

50 plexus with a chimeric compound skin paddle flap based on the subclavian vessels was transplanted fr

51 l primary procedure types (implant based and flap based) were eligible.

52 Flap biopsies were performed 3 and 7 days post-operative

53 lly as robust on cytologic analysis and open-flap biopsy specimens of ciliary epithelial and iris epi

54 Buccal flap blood perfusion recovery and changes in bone thickn

55 ce of hospital variation for autologous free flap breast reconstruction is unknown.

56 The mean cost for autologous free flap breast reconstruction was $22677 (interquartile ran

57 influence cost variation for autologous free flap breast reconstruction.

58 on among patients undergoing autologous free flap breast reconstruction.

59 mpared to the trapezoidal coronally advanced flap (CAF) and CTG combination.

60 e surgically treated with coronally advanced flap (CAF) associated with SCTG harvested by: double bla

61 gival recession (GR) by a coronally advanced flap (CAF) combined with CM and/or EMD.

62 ve tissue grafts (SCTG) + coronally advanced flap (CAF) compared to guided tissue regeneration with r

63 impact on the outcomes of coronally advanced flap (CAF) for treating multiple adjacent gingival reces

64 MD) in combination with a coronally advanced flap (CAF) on CDH, esthetics, and oral health-related qu

65 for root coverage (RC) by coronally advanced flap (CAF) procedures in localized gingival recessions.

66 positioned flap (LPF) and coronally advanced flap (CAF) techniques in the treatment of localized maxi

67 assigned to four groups: coronally advanced flap (CAF); CAF + CM; CAF + EMD; and CAF + CM + EMD (spl

68 Factor C (yRFC) can load yPCNA onto 5'-ssDNA flaps, (CAG)13 triplet repeats, and homoduplex DNA.

69 Immobilized DNA nanorobots with a switchable flap can then be actuated by a specific target DNA prese

70 e of 3' exonucleases, such as ExoI, these 3' flaps can be converted into 5' flaps, which are degraded

71 Like the smart human sweating pores, the flaps can close automatically after the perspiration to

72 regulate sequential strand displacement and flap cleavage at other genomic sites.

73 ranslocation of Dna2 on ssDNA facilitates 5' flap cleavage near a single-strand-double strand junctio

74 Flap closure traps the Gag cleavage sites within the cat

75 act of a second fibula flap or a soft tissue flap combined with bridging plate for a repeated segment

76 erences by impeding the LT-biosynthetic 5-LO/FLAP complex assembly.

77 human blood from females, and bioactive 5-LO/FLAP complexes were formed in female, but not male, huma

78 ey's K to quantify clustering, we found that FLAPS configurations were substantially more clustered a

79 As a result, R0 was typically higher in FLAPS configurations, and the simulation study corrobora

80 the plasmepsin inhibitors that bind in open flap conformation have led to several inhibitor classes

81 that leads to inhibitor binding to the open flap conformation, summarizes known nonpeptidomimetic pl

82 The striking reduction in flap conformational entropy is catalyzed, in part, by ar

83 rconversion between closed and open protease flap conformations facilitates the formation of a transi

84 In the 2 eyes without ILM flap coverage, the MH was closed in 1 eye and remained o

85 One bird even flew for >5 h without flapping, covering ~172 km.

86 estimate such impact on the outcome of open flap debridement (OFD) for the management of chronic per

87 treated either with autologous PRF with open flap debridement (OFD) or OFD alone.

88 of intrabony defects in comparison with open flap debridement (OFD).

89 treated either with autologous PRF with open flap debridement (OFD+PRF) or OFD alone.

90 igatures (weeks 31, 34, 37) followed by open flap debridement (week 42).

91 ochemical parameters, and (b) following open flap debridement most of the values returned to baseline

92 , implant placement, soft tissue graft, open flap debridement or surgical removal of impacted teeth w

93 After open flap debridement, inflammatory (total protein and albumi

94 l peri-implantitis in dogs, followed by open flap debridement.

95 the flap motif by comparing WT hcSHMT with a flap-deleted variant (hcSHMT/Deltaflap).

96 to investigate the impact of tooth location, flap design, and flap extension on the outcomes of MAGRs

97 Both flap designs effectively improved RECH and VAL on GR def

98 These mutations resided in the dorsal flaps, dimer interface, and GTP-binding regions of the c

99 as recapitulated by placement of an ischemic flap directly adjacent to a xenograft tumor.

100 surgery time were reduced markedly, as were flap dislocation and pterygium recurrence with Tisseel f

101 There were 2 cases of flap dislocation from the rhinostomy site 1 week post-op

102 eviates the inhibitory effect of RAD51 on 3'-flap DNA cleavage by MUS81-EME1 through its RAD51 filame

103 ed that Pif1 drives the formation of long 5'-flaps during Okazaki fragment maturation, and that the e

104 -induced replication; and processing of long flaps during Okazaki fragment maturation.

105 3), soft tissue thickness was measured after flap elevation in a standardized way.

106 combined activities of polymerase B (PolB), flap endonuclease (Fen1), and DNA ligase are required to

107 he enzymes DNA polymerase delta (Pol delta), flap endonuclease 1 (FEN1) and DNA ligase I (LigI) that

108 Human flap endonuclease 1 (FEN1) and related structure-specifi

109 This stimulated flap endonuclease 1 (FEN1) cleavage of TNRs engaged in a

110 Flap endonuclease 1 (FEN1) phosphorylation is proposed t

111 Flap endonuclease 1 (FEN1) plays a crucial role in both

112 Here, we characterized a flap endonuclease 1 (FEN1) plus hairpin DNA probe (hpDNA

113 cates the lagging strand and cooperates with flap endonuclease 1 (FEN1) to process the Okazaki fragme

114 Here we show RAD27/FEN1, which encodes flap endonuclease 1 (FEN1), a structure-specific nucleas

115 tion factor C complex, DNA polymerase delta, flap endonuclease 1 and DNA ligase 1.

116 rocessive 5'-3' exonuclease and secondary 5'-flap endonuclease activities participate in various DNA

117 ermore, BRCA2-deficient cells require the 5' flap endonuclease but not the 5'-3' exonuclease activity

118 Dna2, a flap endonuclease with 5'-3' helicase activity, is invol

119 Flap endonuclease-1 (FEN1) is a multifunctional, structu

120 ve 5'-3' exonuclease and secondarily as a 5'-flap endonuclease.

121 ctional enzyme composed of an N-terminal DNA flap endonuclease/5' exonuclease domain (FEN/EXO) and a

122 EN1 is a member of the XPG/Rad2 family of 5'-flap endonucleases.

123 e impact of tooth location, flap design, and flap extension on the outcomes of MAGRs following CAF wi

124 cid is generated by cPLA(2) in apposition to FLAP, facilitating its transfer to 5-LO to initiate LT s

125 Flapping fliers are generally least stable but also most

126 ntrast, Montagu's harriers predominantly use flapping flight during their migrations; this adult male

127 reased adaptation of the forelimb for active flapping flight in the early evolution of birds.

128 Flapping flight is the most energetically demanding form

129 avialan Archaeopteryx was capable of active flapping flight or only passive gliding is still unresol

130 Overall, > 75% of flapping flight was associated with takeoffs.

131 s were the first vertebrates to achieve true flapping flight, but in the absence of living representa

132 In self-powered flapping flying birds, any increases in fuel loads are a

133 exonuclease, indicating Cas9 exposes the 3' flap for potential interaction with the DNA repair machi

134 ze inverted internal limiting membrane (ILM) flap for the treatment of macular hole retinal detachmen

135 ternative, we used a vascularized myofascial flap for tracheal reconstruction.

136 weak thermals, condors are only predicted to flap for ~2 s per kilometer.

137 a wide range of wind and thermal conditions, flapping for only 1% of their flight time.

138 ng stroke amplitude, stroke plane angle, and flapping frequency.

139 The 3' flap generated by NTS cleavage can be rapidly digested b

140 The mobile flap group (n = 29) showed higher absolute TL expansion

141 tics were comparable, but the mobile intimal flap group showed a lower re-intervention rate (3 vs. 8p

142 rated complete coverage of the MH by the ILM flap in 14 eyes (82%), partial coverage in 1 eye (6%), a

143 was created by producing arterialized venous flaps in the left epigastric region of rats.

144 ess of fornix- and limbal-based conjunctival flaps in trabeculectomy surgery.

145 -double strand junction while attenuating 3' flap incision.

146 l was observed in both types of conjunctival flap incisions.

147 whether higher order assemblies of 5-LO and FLAP included cytosolic phospholipase A(2) (cPLA(2)) and

148 The flaps included a vertical rectus abdominis myocutaneous

149 have been discontinued and the link between FLAP inhibition and outcome in inflammatory diseases rem

150 olution-initiating SPM biosynthesis, whereas FLAP inhibition increases SPM levels, and 4) that the 15

151 ry and the early clinical development of the FLAP inhibitor AZD5718 (12).

152 Lower doses of the FLAP inhibitor MK886 were required to reduce LTB4 levels

153 FLAP inhibitors and the novel-type 5-LO inhibitors licof

154 We here describe a novel series of FLAP inhibitors identified from a screen of 10k compound

155 5-Lipoxygenase activating protein (FLAP) inhibitors attenuate 5-lipoxygenase pathway activi

156 5-Lipoxygenase (5-LO)-activating protein (FLAP) inhibitors have proven to attenuate 5-LO pathway a

157 te strand of a TNR R-loop, creating a double-flap intermediate containing an RNA:DNA hybrid that subs

158 ombination with EMD to avoid collapse of the flap into the bony defect during healing time.

159 5-LO) and 5-lipoxygenase-activating protein (FLAP) into higher order assemblies on the nuclear envelo

160 quid injection of OVD secured single-layered flaps intraoperatively and postoperatively.

161 er the rate-limiting step, implying that the flap is important for controlling product release.

162 hat of hcSHMT/Deltaflap, indicating that the flap is important for THF binding.

163 er SWIFT, ICG imaging indicates that the ILM flap is intact and in a good position in most cases.

164 necrosis as a complication of random-pattern flap ischaemia.

165 , suggests that Archaeopteryx was capable of flapping its wings for cursorial and/or aerial locomotio

166 (VA), IOP, number of sutures in the scleral flap, laser suture lysis, surgeon, and laterality of sur

167 as the origin of the labrum-an anteromedian flap-like structure that overlies the mouth opening in a

168 in the operative time, total hospital stay, flap loss, re-exploration rates, plate exposure rate, or

169 There were no flap losses and all patients gained improvements in faci

170 fficacy of single-stage laterally positioned flap (LPF) and coronally advanced flap (CAF) techniques

171 surgical techniques-suturing the vestibular flap margin apically to the base of the recipient bed ve

172 base of the recipient bed versus leaving the flap margin free and unsutured.

173 and unsutured when compared with leaving the flap margin free.

174 the base of the graft; whereas, the mucosal flap margin in the control group was left free.

175 hen performing FSTA surgery when the mucosal flap margin is left free and unsutured when compared wit

176 In the test group the mucosal flap margin was sutured apically to the periosteum at th

177 After surgery, the ILM flap may be visualized by ICG fluorescence imaging.

178 Free fibula flaps may result in a decreased risk for prolonged tube

179 tive tissue grafting, and coronally advanced flaps may result in regeneration of the intrabony defect

180 roups received the following treatment: open flap mechanical debridement, supracrestal implantoplasty

181 We analysed whether a high intimal flap mobility (IFM) of the dissection membrane has an im

182 , 87) of 5-LO, and 53 molecules (62, 156) of FLAP monomer.

183 Positioning the surgical flap more closely to the alveolar crest when performing

184 yses, we studied the functional roles of the flap motif by comparing WT hcSHMT with a flap-deleted va

185 understanding of the functional roles of the flap motif in hcSHMT and provide fundamental insight int

186 cancer chemotherapy and contains a flexible "flap motif" whose function is yet unknown.

187 Eight weeks following SRP, modified Widman flap (MWF) surgery was performed in 40 patients (20 of e

188 adionecrosis) and surgery (wound infections, flap necrosis, fistulas,...).

189 Conversely, the 3'-flap nuclease Rad1-Rad10 and enzymes known to disrupt re

190 t a relatively high energetic penalty in the flap of the 22-bound BACE2 structure may cause a loss in

191 Degenerate bridge-flapping of the singlet's main bridge, which comprises t

192 that the conformational dynamics within the flaps of HIV-1 protease that form the lid over the catal

193 ce, resulting in the unclamping and violent 'flapping' of the hanging-wall wedge.

194 N1 precisely cleaves single-stranded (ss) 5'-flaps one nucleotide into duplex (ds) DNA.

195 O injection of OVD to stabilize inverted ILM flap onto the macular hole (MH) were reviewed.

196 cs the pores in human skin, in which pre-cut flaps open to produce pores in Nafion sheets when humidi

197 otease and the substrate, resulting in rapid flap opening and substrate release, thereby allowing pro

198 Modulation of flap opening through protease-Gag interactions fine-tune

199 ts were subjected to a dorsal random-pattern flap operation and randomly divided into 5 groups.

200 to investigate the impact of a second fibula flap or a soft tissue flap combined with bridging plate

201 -derived xenograft blocks without a surgical flap or membrane.

202 ospital market competition among either free flap or nonfree flap reconstruction patients.

203 d segmental mandibulectomy reconstruction on flap outcomes in head and neck cancer patients.

204 al mammary artery osteomyocutaneous chimeric flap (PIMOC) for salvage head and neck reconstruction.

205 relationship between immediate post-surgical flap placement and subsequent probing depths.

206 ors, and discusses the role of the inhibitor flap pocket substituent.

207 relationship between immediate post-surgical flap position and subsequent probing depth measurements

208 Flap procedures performed in the West were the most expe

209 e results indicate that, upon removal of the flap, product release is no longer the rate-limiting ste

210 A model for the flap rate in cruising flight is applied to the Pileated

211 t just after taking off, the wing motion and flap rate of a large woodpecker may not be the same as i

212 w footage, such as flight path, wing motion, flap rate, behaviors, field marks, and body proportions.

213 hospital market competition both for nonfree flap reconstruction (5.5% increase, 95% CI: 1.1%-10.1%)

214 % increase, 95% CI: 1.1%-10.1%) and for free flap reconstruction (8.2% increase, 95% CI: 1.8%-15.0%).

215 further wide resection with free muscle-skin flap reconstruction followed by adjuvant radiation treat

216 ompetition among either free flap or nonfree flap reconstruction patients.

217 20 patients underwent a fibula flap reconstruction whereas 41 had a soft tissue flap an

218 utologous transverse rectus abdominis muscle flap reconstruction with an implant based reconstruction

219 e 6.6% higher (95% CI: 2.8%-10.5%), for free flap reconstruction, and 5.1% higher (95% CI: 2.0%-8.4%)

220 etitive markets, 6.8% (n=857) underwent free flap reconstruction, compared with 13.6% (n=2773) in hig

221 22.6% (n = 292) had resection combined with flap reconstruction.

222 were identified; 5920 (14.0%) underwent free flap reconstruction.

223 5.1% higher (95% CI: 2.0%-8.4%) for nonfree flap reconstruction.

224 Flap reconstructions performed at high-volume hospitals

225 tube dependence compared to free soft tissue flap reconstructions.

226 We targeted the flap region, where the shape and flexibility differ betw

227 Both the nasal and temporal inverted ILM flaps repaired FTMH and improved visual acuity.

228 Two dorsal skin flaps represented nasal lining and skin envelope.

229 We found that deletion of the flap results in a mixture of apo-dimers and holo-tetrame

230 ional functions of Pol1: FEN activity on the flap RNA strand of an RNA:DNA hybrid and reverse transcr

231 We conclude that methods such as FLAPS should be preferred over randomization approaches.

232 Lastly, teeth in the distal part of the flap showed lower mRC and CRC than teeth in the central

233 periodontal healing in terms of conventional flap sites.

234 unappreciated FEN1 function that enforces 5'-flap specificity and catalysis, preventing genomic insta

235 Gen, like HsGEN1, efficiently cleaves HJs, 5 flaps, splayed arms, and replication fork structures.

236 MD simulations indicated that the flap stabilizes structural compactness and thereby enhan

237 nce were used to evaluate the MH and the ILM flap status.

238 ctivates MUS81-EME1 for replication fork and flap structure cleavage by relaxing substrate specificit

239 se cleavage takes place in the context of 5' flap structures generated via strand-displacement synthe

240 plex recognizes an abasic analog on a double-flap substrate, which prevents AP endonuclease activity

241 on active site, to which recessed ends or 5'-flap substrates bind.

242 ive site processes both recessed ends and 5'-flap substrates.

243 rich fibrin (PRF) combined with conventional flap surgery on growth factor levels in gingival crevicu

244 -2, BD-3, or both BD-2 and BD-3, to increase flap survival in the context of a P. aeruginosa infectio

245 Flap survival percentages at the 3(rd) and 7(th) days we

246 59 complications occurred (12.9%); flap survival was >99%.

247 n of these defensins and presented increased flap survival.

248 using only one of these treatments for skin flap survival.

249 are vasodilator agents that may affect skin flap survival.

250 LM peeling (n = 23, Group 1) or inverted ILM flap technique (n = 23, Group 2), between August 2016 an

251 s significantly higher with the inverted ILM flap technique (P-value = 0.02).

252 he inverted internal limiting membrane (ILM) flap technique and the complete ILM removal in the treat

253 odified preserved nasal and lacrimal mucosal flap technique in EES-DCR for treating PANDO is simple a

254 odified preserved nasal and lacrimal mucosal flap technique in EES-DCR was applied in all 27 eyes of

255 odified preserved nasal and lacrimal mucosal flap technique in endonasal endoscopic dacryocystorhinos

256 Inverted ILM flap technique is more effective than the classic ILM pe

257 stoperative BCVA 6 months after inverted ILM flap technique.

258 Internal limiting membrane (ILM) flap techniques are used for the management of macular h

259 ce, concentric intramural haematoma, intimal flap (the most definite sign), and double lumen of the a

260 ically, the cnidae of Relicanthus has apical flaps, the only existing synapomorphy for sea anemones.

261 luid specialists - in both air and water but flap their wings ~ 50% slower in water.

262 ith fewer neighbours than unpaired birds and flapped their wings more slowly, which may result in ene

263 More accurate flap thickness is achieved with Visumax femtolasik.

264 an) was used for preoperative pachymetry and flap thickness measurement.

265 ety, predictability, ocular aberrations, and flap thickness predictability of Visumax femtosecond las

266 In group I, the mean postoperative actual flap thickness was 100.12 +/- 16.1 mum (81 to 122 mum),

267 sidues energetically steer an inverted ss 5'-flap through a gateway over FEN1's active site and shift

268 nds recessed ends at its base and threads 5' flaps through a narrow aperture within its interior.

269 repositioning of the conjunctival autograft (flap time) was significantly shorter in the fibrin glue

270 itution urethroplasty - the use of grafts or flaps to correct the urethral narrowing - remains one of

271 ay also imposed a metabolic cost, with birds flapping toward the end of glides to reach ephemeral the

272 Flaps transduced with BD-2 and BD-3 showed expression of

273 after MH surgery with superior wide-base ILM flap transposition (SWIFT).

274 Superior wide-base ILM flap transposition is a useful technique for the managem

275 The C(2v)-symmetric bridge-flapping TS has the proper geometry to initiate enyne fr

276 ng outcomes of the coronally advanced tunnel flap (TUN) combined with connective tissue graft (CTG) w

277 ement during lunge feeding: the flippers are flapped using a complex, hydrodynamically active stroke

278 6 sites) as opposed to 50% when the surgical flap was >3 mm away from the alveolar crest (48/96 sites

279 f the surface of the transplanted myofascial flap was analyzed in the airway environment.

280 N1 selects for but does not incise the ss 5'-flap was enigmatic.

281 AF alone, no differences were found when the flap was performed with or without vertical releasing in

282 Intraoperatively a mucoperiostal flap was performed, subgingival calculus was visualized,

283 ing depth <=3 mm was 93.5% when the surgical flap was placed within 3 mm of the alveolar crest (286/3

284 An ILM flap was present in 29 eyes (74%) and 86% remained singl

285 Non-center-involving folding of the ILM flap was present in 4 eyes (24%).

286 The flap was then utilized in a series of patients with vess

287 es in the cross-sectional area of the lining flap were measured when negative pressure was applied.

288 Flaps were intentionally infected by placing underneath

289 id on the graft material, the mucoperiosteal flaps were replaced, and the surgical site was sutured.

290 After osseous recontouring was completed, flaps were sutured and compressed, and bone sounding mea

291 ation and Agricultural Production Simulator (FLAPS), which infers location based on features such as

292 xoI, these 3' flaps can be converted into 5' flaps, which are degraded by 5' exonucleases, such as Ex

293 Scaling down miniature rotorcraft and flapping-wing flyers to sub-centimeter dimensions is cha

294 stained untethered flight of an insect-sized flapping-wing microscale aerial vehicle.

295 ors may have relied on drag to take off with flapping wings.

296 root coverage outcomes of coronally advanced flap with ADM over time, and compare them with their adj

297 The utilization of a soft tissue flap with plate is associated with comparative results o

298 the effect of transducing rat ischemic skin flaps with lentiviral vectors encoding human BD-2, BD-3,

299 ve techniques using free vascularised tissue flaps with penile implants are undesirable in this often

300 d27 processes the majority of lagging-strand flaps, with a significant additional contribution from E