Effects of growth regulator treatments on fruit quality of Vitis davidii Foëx

doi:10.16178/j.issn.0528-9017.20250546

Abstract

Abstract:

Vitis davidii Foëx is an important wild resource in China, with rich nutrients and strong resistance, but small fruit size, multiple seeds, low sugar content, and no aroma. This study investigated the effects of commonly used treatments such as GA, CPPU, TDZ, ABA, BR, and MeJA on the seedlessness, fruit expansion and fruit quality of Vitis davidii Foëx. The results showed that the single fruit weight treated with 25-75 mg·L^-1 GA during the peak flowering period was significantly(p<0.05) greater than that treated with CPPU or TDZ. T5 treatment during the peak flowering period (using 25 mg·L^-1 GA+2.5 mg·L^-1 TDZ for the first treatment, and 50 mg·L^-1 GA+10 mg·L^-1 TDZ for the second treatment after 15 days) showed the best seedlessness effect, the highest epidermal thickness, total epidermal cell area, and average epidermal cell area. The total phenolic and anthocyanin contents of Vitis davidii Foëx fruits of T5 treatment during the final flowering period were the highest, while the soluble solids (TSS) content, resveratrol content, and tannin content of H₂O treatment (T0) were the highest.The fruit quality of Vitis davidii Foëx grown in greenhouses was better than that in long corridors. During the color conversion period, MeJA treatment resulted in the highest bunch weight and single fruit weight, as well as the highest TSS content, while BR treatment resulted in the highest resveratrol, tannin, and anthocyanin contents of Vitis davidii Foëx fruits. The above results provide a theoretical basis for the cultivation and production of Vitis davidii Foëx.

Key words: Vitis davidii Foëx, seedlessness, expansion, maturity, fruit quality

CLC Number:

S641.2

ZHU Mengfei, ZHOU Pingping, ZHENG Ting, WU Jiang. Effects of growth regulator treatments on fruit quality of Vitis davidii Foëx[J]. Journal of Zhejiang Agricultural Sciences, 2025, 66(12): 3002-3007.

Figures/Tables 6

References 22

[1]	郑婷, 魏灵珠, 罗飞雄, 等. 浙江8份特异刺葡萄种质资源植物学特征及扦插特点分析[J]. 中外葡萄与葡萄酒, 2024(4): 53-58.
[2]	廖凯强. 不同架式对刺葡萄生长结果特性、生理特性变化和酿酒品质的影响[D]. 长沙: 湖南农业大学, 2017.
[3]	苏聪聪, 廖凯强, 陈星星, 等. 不同架式对刺葡萄果实品质的影响[J]. 中外葡萄与葡萄酒, 2017(5): 10-13.
[4]	CHENG J H, XIANG J, WEI L Z, et al. Metabolomic profiling and assessment of phenolic compounds derived from Vitis davidii foex cane and stem extracts[J]. International Journal of Molecular Sciences, 2022, 23: 14873.
[5]	石雪晖, 杨国顺, 刘昆玉, 等. 湖南省刺葡萄种质资源研究进展[J]. 中外葡萄与葡萄酒, 2014 (4): 47-49.
[6]	梁静怡, 蔡晓月, 张剑侠. 植物生长调节剂处理对阳光玫瑰葡萄果实香气含量的影响[J]. 中国果树, 2024(9): 30-36.
[7]	ZHENG T, ZHAO P C, XIANG J, et al. Integrated transcriptomic and metabolomic analysis reveals the effects of forchlorfenuron and thidiazuron on flavonoid biosynthesis in table grape skins[J]. Current Plant Biology, 2024, 40: 100417.
[8]	WANG W, KHALIL-UR-REHMAN M, FENG J, et al. RNA-seq based transcriptomic analysis of CPPU treated grape berries and emission of volatile compounds[J]. Journal of Plant Physiology, 2017, 218: 155-166.
[9]	WANG W, KHALIL-UR-REHMAN M, WEI L L, et al. Effect of thidiazuron on terpene volatile constituents and terpenoid biosynthesis pathway gene expression of Shine Muscat (Vitis labrusca×V. vinifera) grape berries[J]. Molecules, 2020, 25(11): 2578.
[10]	ZHENG T, DONG T Y, HAIDER M S, et al. Brassinosteroid regulates 3-hydroxy-3-methylglutaryl CoA reductase to promote grape fruit development[J]. Journal of Agricultural and Food Chemistry, 2020, 68(43):11987-11996.
[11]	金欢淳, 金联宇, 陈亦雅, 等. 不同栽培措施对改善妮娜皇后葡萄果实着色与品质的效果[J]. 果树学报, 2024, 41(10): 2051-2066.
[12]	任俊鹏, 郑焕, 江楠, 等. 脱落酸浸果对夏黑葡萄果实着色及品质的影响[J]. 江苏农业科学, 2012, 40(11): 156-158.
[13]	王继源, 冯娇, 侯旭东, 等. CPPU对‘阳光玫瑰’葡萄品质及香气合成相关基因表达的影响[J]. 南京农业大学学报, 2016, 39(6): 915-923.
[14]	魏玲玲. TDZ和留果量对‘阳光玫瑰’葡萄果实香气物质组分及含量的影响及DXS基因的功能分析[D]. 南京: 南京农业大学, 2019.
[15]	郑婷, 向江, 魏灵珠, 等. 基于WGCNA分析CPPU和TDZ对天工墨玉葡萄香气影响及关键基因挖掘[J]. 浙江农业学报, 2025, 37(2): 311-320.
[16]	JU Y L, LIU B C, XU X L, et al. Targeted metabolomic and transcript level analysis reveals the effects of exogenous strigolactone and methyl jasmonate on grape quality[J]. Scientia Horticulturae, 2022(299): 111009.
[17]	谭欣宇, 禅和霖, 竺锡武. 茉莉酸甲酯浸果对刺葡萄果实花色苷含量的影响[J]. 现代园艺, 2025, 48(13): 32-35.
[18]	李含晰. 不同类型刺葡萄及刺葡萄酒中白藜芦醇含量和变化规律研究[D]. 长沙: 湖南农业大学, 2018.
[19]	赵亚蒙, 尹春晓, 梁攀, 等. GA₃与CPPU对刺葡萄无核化及果实品质的影响[J]. 中外葡萄与葡萄酒, 2018(1): 9-13.
[20]	魏晓羽, 王跃进. 中国野生葡萄果皮解剖结构与白粉病抗性的相关性研究[J]. 园艺学报, 2022, 49(6): 1200-1212.
[21]	马丽, 高圣华, 朱绍坤, 等. 钙处理对‘巨峰’葡萄果实品质及果皮解剖结构的影响[J]. 北方果树, 2024(6): 23-26.
[22]	薄流齐洋. 避雨栽培对刺葡萄生长发育及果实品质的影响[D]. 长沙: 湖南农业大学, 2021.

处理		果穗重/ g	果穗纵径/ cm	果穗横径/ cm	单粒重/ g	果粒纵径/ cm	果粒横径/ cm	种子数目
盛花期处理	T0	273.10±51.03 g	18.40±1.78 d	11.13±0.95 c	3.84±0.02 g	2.05±0.01 d	1.83±0.01 g	2.83 b
	T1	286.77±71.11 d	17.03±4.06 g	14.27±2.98 a	5.02±0.02 e	2.15±0.01 c	2.06±0.01 d	3.42 a
	T2	283.37±18.19 e	17.23±0.94 f	9.60±0.63 g	5.38±0.21 c	2.27±0.01 b	2.07±0.02 c	2.55 f
	T3	274.37±8.03 f	19.70±1.12 c	10.67±1.39 d	5.51±0.01 b	2.27±0.01 b	2.17±0.05 a	2.63 e
	T4	303.20±17.86 b	20.87±0.81 a	11.90±0.56 b	5.61±0.18 a	2.30±0.02 a	2.09±0.05 b	2.78 d
	T5	301.57±20.16 c	17.87±4.87 e	9.83±1.01 f	5.09±0.28 d	2.13±0.03 c	2.05±0.05 e	2.23 g
	T6	367.30±38.50 a	19.87±3.63 b	10.33±0.85 e	4.42±0.20 f	2.07±0.01 d	1.97±0.04 f	2.80 c
终花期处理	T0	266.10±29.68 g	18.70±0.88 e	10.73±1.21 e	3.81±0.12 g	2.17±0.01 d	1.85±0.02 e	3.11 b
	T1	296.50±61.89 e	19.70±4.80 c	11.73±4.01 d	4.82±0.23 f	2.14±0.02 e	2.03±0.03 d	2.66 g
	T2	293.07±44.93 f	19.40±0.98 d	10.13±0.68 g	6.13±0.30 a	2.26±0.10 b	2.06±0.09 b	2.84 c
	T3	327.17±54.58 c	20.67±3.84 a	10.67±2.27 f	5.74±0.11 b	2.32±0.04 a	2.15±0.04 a	2.76 e
	T4	309.53±70.79 d	18.33±5.11 f	12.07±1.68 b	5.18±0.06 c	2.22±0.07 c	2.06±0.02 b	2.69 f
	T5	507.75±98.55 a	19.75±1.91 b	13.05±3.18 a	4.84±0.19 e	2.12±0.02 f	2.04±0.01 c	2.80 d
	T6	389.70±72.63 b	17.70±0.69 g	11.85±0.52 c	4.91±0.24 d	2.11±0.04 f	2.04±0.01 c	3.40 a

处理		果穗重/ g	果穗纵径/ cm	果穗横径/ cm	单粒重/ g	果粒纵径/ cm	果粒横径/ cm	种子数目
盛花期处理	T0	273.10±51.03 g	18.40±1.78 d	11.13±0.95 c	3.84±0.02 g	2.05±0.01 d	1.83±0.01 g	2.83 b
	T1	286.77±71.11 d	17.03±4.06 g	14.27±2.98 a	5.02±0.02 e	2.15±0.01 c	2.06±0.01 d	3.42 a
	T2	283.37±18.19 e	17.23±0.94 f	9.60±0.63 g	5.38±0.21 c	2.27±0.01 b	2.07±0.02 c	2.55 f
	T3	274.37±8.03 f	19.70±1.12 c	10.67±1.39 d	5.51±0.01 b	2.27±0.01 b	2.17±0.05 a	2.63 e
	T4	303.20±17.86 b	20.87±0.81 a	11.90±0.56 b	5.61±0.18 a	2.30±0.02 a	2.09±0.05 b	2.78 d
	T5	301.57±20.16 c	17.87±4.87 e	9.83±1.01 f	5.09±0.28 d	2.13±0.03 c	2.05±0.05 e	2.23 g
	T6	367.30±38.50 a	19.87±3.63 b	10.33±0.85 e	4.42±0.20 f	2.07±0.01 d	1.97±0.04 f	2.80 c
终花期处理	T0	266.10±29.68 g	18.70±0.88 e	10.73±1.21 e	3.81±0.12 g	2.17±0.01 d	1.85±0.02 e	3.11 b
	T1	296.50±61.89 e	19.70±4.80 c	11.73±4.01 d	4.82±0.23 f	2.14±0.02 e	2.03±0.03 d	2.66 g
	T2	293.07±44.93 f	19.40±0.98 d	10.13±0.68 g	6.13±0.30 a	2.26±0.10 b	2.06±0.09 b	2.84 c
	T3	327.17±54.58 c	20.67±3.84 a	10.67±2.27 f	5.74±0.11 b	2.32±0.04 a	2.15±0.04 a	2.76 e
	T4	309.53±70.79 d	18.33±5.11 f	12.07±1.68 b	5.18±0.06 c	2.22±0.07 c	2.06±0.02 b	2.69 f
	T5	507.75±98.55 a	19.75±1.91 b	13.05±3.18 a	4.84±0.19 e	2.12±0.02 f	2.04±0.01 c	2.80 d
	T6	389.70±72.63 b	17.70±0.69 g	11.85±0.52 c	4.91±0.24 d	2.11±0.04 f	2.04±0.01 c	3.40 a

处理		角质层厚度/ mm	表皮厚度/ mm	亚表皮厚度/ mm	果肉细胞数量	果肉细胞平均面积/ mm²	表皮细胞数量	表皮细胞总面积/ mm²	表皮细胞平均面积/ mm²	亚表皮细胞数量	亚表皮细胞总面积/mm²	亚表皮细胞平均面积/mm²
盛花期处理	T0	0.008 80	0.009 90	0.702 62	31.00	0.016 38	44.00	0.010 07	0.000 23	161.67	0.414 74	0.002 64
	T1	0.009 91	0.011 50	0.812 59	47.67	0.010 30	46.33	0.012 31	0.000 27	167.00	0.377 86	0.002 27
	T2	0.009 71	0.012 93	0.788 82	26.67	0.020 29	63.67	0.012 12	0.000 19	232.00	0.416 02	0.001 83
	T3	0.010 11	0.011 61	0.765 46	40.67	0.012 02	47.67	0.012 09	0.000 25	176.67	0.409 43	0.002 36
	T4	0.010 31	0.011 80	0.755 03	37.67	0.013 06	47.00	0.010 76	0.000 23	156.33	0.417 31	0.002 69
	T5	0.010 25	0.013 61	0.850 98	31.33	0.016 55	45.33	0.013 27	0.000 29	174.33	0.420 29	0.002 43
	T6	0.012 22	0.012 31	0.944 17	39.00	0.012 80	47.00	0.012 57	0.000 27	195.67	0.421 33	0.002 25
终花期处理	T0	0.007 41	0.010 81	0.715 17	34.33	0.016 14	47.67	0.010 30	0.000 21	170.67	0.425 15	0.002 53
	T1	0.008 33	0.013 31	0.866 12	53.00	0.009 59	52.00	0.013 15	0.000 26	237.67	0.411 30	0.001 80
	T2	0.009 30	0.012 10	0.841 27	49.67	0.009 90	50.00	0.011 87	0.000 24	153.67	0.416 09	0.002 73
	T3	0.007 82	0.011 11	0.775 37	38.67	0.012 65	47.33	0.011 87	0.000 25	169.33	0.421 78	0.002 49
	T4	0.010 71	0.011 84	0.711 60	42.00	0.011 65	48.33	0.012 39	0.000 26	236.33	0.418 75	0.001 85
	T5	0.010 00	0.012 02	1.034 33	30.00	0.016 31	41.67	0.011 83	0.000 29	191.00	0.428 13	0.002 31
	T6	0.009 63	0.013 61	0.989 83	34.00	0.014 83	44.33	0.011 51	0.000 26	213.67	0.414 99	0.002 01

处理		角质层厚度/ mm	表皮厚度/ mm	亚表皮厚度/ mm	果肉细胞数量	果肉细胞平均面积/ mm²	表皮细胞数量	表皮细胞总面积/ mm²	表皮细胞平均面积/ mm²	亚表皮细胞数量	亚表皮细胞总面积/mm²	亚表皮细胞平均面积/mm²
盛花期处理	T0	0.008 80	0.009 90	0.702 62	31.00	0.016 38	44.00	0.010 07	0.000 23	161.67	0.414 74	0.002 64
	T1	0.009 91	0.011 50	0.812 59	47.67	0.010 30	46.33	0.012 31	0.000 27	167.00	0.377 86	0.002 27
	T2	0.009 71	0.012 93	0.788 82	26.67	0.020 29	63.67	0.012 12	0.000 19	232.00	0.416 02	0.001 83
	T3	0.010 11	0.011 61	0.765 46	40.67	0.012 02	47.67	0.012 09	0.000 25	176.67	0.409 43	0.002 36
	T4	0.010 31	0.011 80	0.755 03	37.67	0.013 06	47.00	0.010 76	0.000 23	156.33	0.417 31	0.002 69
	T5	0.010 25	0.013 61	0.850 98	31.33	0.016 55	45.33	0.013 27	0.000 29	174.33	0.420 29	0.002 43
	T6	0.012 22	0.012 31	0.944 17	39.00	0.012 80	47.00	0.012 57	0.000 27	195.67	0.421 33	0.002 25
终花期处理	T0	0.007 41	0.010 81	0.715 17	34.33	0.016 14	47.67	0.010 30	0.000 21	170.67	0.425 15	0.002 53
	T1	0.008 33	0.013 31	0.866 12	53.00	0.009 59	52.00	0.013 15	0.000 26	237.67	0.411 30	0.001 80
	T2	0.009 30	0.012 10	0.841 27	49.67	0.009 90	50.00	0.011 87	0.000 24	153.67	0.416 09	0.002 73
	T3	0.007 82	0.011 11	0.775 37	38.67	0.012 65	47.33	0.011 87	0.000 25	169.33	0.421 78	0.002 49
	T4	0.010 71	0.011 84	0.711 60	42.00	0.011 65	48.33	0.012 39	0.000 26	236.33	0.418 75	0.001 85
	T5	0.010 00	0.012 02	1.034 33	30.00	0.016 31	41.67	0.011 83	0.000 29	191.00	0.428 13	0.002 31
	T6	0.009 63	0.013 61	0.989 83	34.00	0.014 83	44.33	0.011 51	0.000 26	213.67	0.414 99	0.002 01

处理		TSS含量/ (°Bx)	白藜芦醇含量/ (mg·g^-1)	单宁含量/ (mg·g^-1)	总酚含量/ (μg·g^-1)	总黄酮含量/ (mg·g^-1)	花色苷含量/ (mg·kg^-1)
盛花期处理	T0	14.52±0.32 a	0.18±0.01 a	1.10±0.12 b	0.15±0.01 b	3.17±0.02 b	2.49±0.30 a
	T1	12.93±0.57 d	0.10±0.01 e	0.35±0.05 e	0.10±0.02 d	2.77±0.06 f	1.52±0.24 d
	T2	12.72±0.50 f	0.10±0.01 e	0.30±0.04 f	0.16±0.02 a	3.09±0.06 c	0.85±0.04 f
	T3	13.22±0.61 b	0.11±0.01 d	0.25±0.03 g	0.10±0.01 d	3.25±0.08 a	1.58±0.09 c
	T4	12.86±0.31 e	0.09±0.01 f	1.21±0.20 a	0.10±0.01 d	3.00±0.87 d	1.60±0.08 b
	T5	12.07±0.53 g	0.14±0.01 b	0.58±0.03 c	0.11±0.02 c	2.98±0.06 e	1.23±0.32 e
	T6	13.03±0.90 c	0.13±0.01 c	0.48±0.08 d	0.06±0.01 e	2.74±0.08 g	0.63±0.21 g
终花期处理	T0	13.77±0.27 a	0.18±0.01 a	0.67±0.13 a	0.13±0.01 b	3.01±0.01 d	1.94±0.43 b
	T1	12.46±0.50 d	0.13±0.01 c	0.38±0.10 f	0.11±0.01 c	2.80±0.06 e	1.21±0.05 d
	T2	12.78±0.28 b	0.14±0.01 b	0.43±0.10 d	0.13±0.01 b	2.73±0.01 f	0.51±0.06 e
	T3	12.67±0.35 c	0.12±0.01 d	0.42±0.06 e	0.03±0.02 e	3.28±0.12 a	1.80±0.31 c
	T4	12.46±0.32 d	0.12±0.01 d	0.47±0.12 c	0.13±0.01 b	3.17±0.06 b	1.98±0.17 b
	T5	11.98±0.36 e	0.12±0.01 d	0.59±0.04 b	0.15±0.02 a	3.11±0.04 c	2.04±0.68 a
	T6	12.80±0.58 b	0.12±0.01 d	0.30±0.04 g	0.04±0.02 d	3.02±0.04 d	2.02±0.18 a