胶囊形蛋白
generic-protein-capsule
两端半圆的通用蛋白节点,适合较短的名称。
部件、锚点与适用范围
top, bottom, left, right
Generic diagram symbol; identity and state come from the consuming figure. Shape does not encode resolved structure or a specific receptor family.
CURRENT DIAGRAM ASSETS · v1.0
14 个基础符号默认显示:胶囊蛋白、Y/U 单体、Y/U 二聚体、配体、RNA、膜与囊泡。另有 24 个结构域图标可按需选择。
支持 SVG 与 PNG 下载,附部件、锚点和来源。机制图标另保留原始生成图;形态与比例用于教学。
使用基础图标与标签编辑器 →PI3K–AKT–mTOR 接触演示 →
显示 38 个图标

两端半圆的通用蛋白节点,适合较短的名称。
top, bottom, left, right
Generic diagram symbol; identity and state come from the consuming figure. Shape does not encode resolved structure or a specific receptor family.

圆形配体,可与杯形受体组合。
receptor, top
Generic diagram symbol; identity and state come from the consuming figure. Shape does not encode resolved structure or a specific receptor family.

朝下的三角配体,可嵌入 Y 型受体的分叉处。
receptor
Generic diagram symbol; identity and state come from the consuming figure. Shape does not encode resolved structure or a specific receptor family.

用不同配体形状区分通路中的输入信号。
receptor
Generic diagram symbol; identity and state come from the consuming figure. Shape does not encode resolved structure or a specific receptor family.

分叉的膜受体示意,受体身份由图中的标签指定。
ligand, membrane, cytoplasmic
Generic diagram symbol; identity and state come from the consuming figure. Shape does not encode resolved structure or a specific receptor family.

U 形结合口连接跨膜杆,可接纳圆形配体。
ligand, membrane, cytoplasmic
Generic diagram symbol; identity and state come from the consuming figure. Shape does not encode resolved structure or a specific receptor family.

两个Y 型受体单体并列组成二聚体,每个单体保留独立部件。
membrane, left-ligand, right-ligand, left-tail, right-tail
Generic diagram symbol; identity and state come from the consuming figure. Shape does not encode resolved structure or a specific receptor family.

两个U 型受体单体并列组成二聚体,每个单体保留独立部件。
membrane, left-ligand, right-ligand, left-tail, right-tail
Generic diagram symbol; identity and state come from the consuming figure. Shape does not encode resolved structure or a specific receptor family.

一条连续波浪线,用于表示单链 RNA。
five-prime, three-prime
Generic diagram symbol; identity and state come from the consuming figure. Shape does not encode resolved structure or a specific receptor family.

一条骨架带单侧短齿,短齿表示未配对的碱基。
five-prime, three-prime
Generic diagram symbol; identity and state come from the consuming figure. Shape does not encode resolved structure or a specific receptor family.

两条平行骨架与中间横档表示双链 RNA;横档为碱基配对示意。
strand-A-5, strand-A-3, strand-B-3, strand-B-5
Generic diagram symbol; identity and state come from the consuming figure. Shape does not encode resolved structure or a specific receptor family.

一条 RNA 在顶部成环,茎部包含配对横档,底部保留两个端点。
five-prime, three-prime, loop
Generic diagram symbol; identity and state come from the consuming figure. Shape does not encode resolved structure or a specific receptor family.

两层亲水头部朝外,疏水尾部朝向膜内部;可在组图中重复铺排。
midplane, left-edge, right-edge
Generic diagram symbol; identity and state come from the consuming figure. Shape does not encode resolved structure or a specific receptor family.

环形双层膜包围内腔,适合表示通用运输囊泡。
cargo, membrane, surface
Generic diagram symbol; identity and state come from the consuming figure. Shape does not encode resolved structure or a specific receptor family.

p110α 催化亚基与 p85α 调节亚基,保留可接近的催化与招募边缘。
recruitment, lipid-substrate
Domain-level educational schematic; contacts and residue anchors are illustrative, not atomic positions.

PH 结构域、激酶区和调节尾部相连;T308、S473 标记可在组图时另加。
lipid-binding, PDK1-contact, T308, S473
Domain-level educational schematic; contacts and residue anchors are illustrative, not atomic positions.

磷酸酶结构域与 C2 膜结合结构域相连,保留短调节尾部。
lipid-substrate, membrane-guide
Domain-level educational schematic; contacts and residue anchors are illustrative, not atomic positions.

左侧为激酶区,右侧为 C 端 PH 结构域。这里的 PDK1 指蛋白激酶 PDPK1。
AKT-contact, lipid-binding
Domain-level educational schematic; contacts and residue anchors are illustrative, not atomic positions.

开放的 HEAT 重复支架连接 FAT–激酶区;RHEB 接触点与底物裂口分开。
RAPTOR-contact, RHEB-contact, mLST8-contact, substrate
Domain-level educational schematic; contacts and residue anchors are illustrative, not atomic positions. One mTOR module; a complete mTORC1 dimer is not represented.

弯曲的支架连接 C 端 WD40 区,用于展示 mTORC1 的底物招募组分。
mTOR-contact, substrate-recruitment
Domain-level educational schematic; contacts and residue anchors are illustrative, not atomic positions.

七叶 WD40 螺旋桨形示意;中央配色用于辨形,不表示额外结构域。
mTOR-contact
Domain-level educational schematic; contacts and residue anchors are illustrative, not atomic positions.

小 GTP 酶与示意性异戊二烯化尾部相连;GDP/GTP 状态由场景另加。
mTOR-contact, membrane-guide
Domain-level educational schematic; contacts and residue anchors are illustrative, not atomic positions.

Generated flat mechanism icon for EGFR; domain-level teaching schematic.
EGF-binding, dimer-arm, membrane, pY-tail, kinase
Generic teaching geometry. Domain regions and source-pixel contact anchors are curated; no atomic interface is claimed.

Generated flat mechanism icon for EGF; domain-level teaching schematic.
receptor-contact
Generic teaching geometry. Domain regions and source-pixel contact anchors are curated; no atomic interface is claimed.

Generated flat mechanism icon for GRB2; domain-level teaching schematic.
SH2, SH3-right
Generic teaching geometry. Domain regions and source-pixel contact anchors are curated; no atomic interface is claimed.

Generated flat mechanism icon for SOS1; domain-level teaching schematic.
GRB2-contact, RAS-exchange
Generic teaching geometry. Domain regions and source-pixel contact anchors are curated; no atomic interface is claimed.

Generated flat mechanism icon for RAS; domain-level teaching schematic.
membrane, SOS-contact, RAF-contact
Generic teaching geometry. Domain regions and source-pixel contact anchors are curated; no atomic interface is claimed.

Generated flat mechanism icon for RAF1; domain-level teaching schematic.
RAS-binding, MEK-substrate
Generic teaching geometry. Domain regions and source-pixel contact anchors are curated; no atomic interface is claimed.

Generated flat mechanism icon for MEK1/2; domain-level teaching schematic.
RAF-substrate, ERK-substrate
Generic teaching geometry. Domain regions and source-pixel contact anchors are curated; no atomic interface is claimed.

Generated flat mechanism icon for ERK1/2; domain-level teaching schematic.
MEK-substrate
Generic teaching geometry. Domain regions and source-pixel contact anchors are curated; no atomic interface is claimed.

Mature ligand homodimer; latent-complex proteins omitted.
II-left, II-right, I-left, I-right
Mature ligand homodimer; latent-complex proteins omitted. Contact contours are illustrative.

Single-pass type II receptor with constitutive kinase activity; teaching domain proportions.
ligand, membrane, SMAD-substrate, GS-activation
Single-pass type II receptor with constitutive kinase activity; teaching domain proportions. Contact contours are illustrative.

Single-pass type I receptor, membrane-proximal GS region and Ser/Thr kinase.
ligand, membrane, SMAD-substrate, GS-activation, GS
Single-pass type I receptor, membrane-proximal GS region and Ser/Thr kinase. Contact contours are illustrative.

MH1, linker, MH2 and C-terminal phosphorylation tail; not a solved surface.
co-SMAD-right, co-SMAD-left, receptor-docking, DNA-binding, center, SSXS-tail
MH1, linker, MH2 and C-terminal phosphorylation tail; not a solved surface. Contact contours are illustrative.

Co-SMAD with MH1/linker/MH2; no R-SMAD SSXS activation motif.
co-SMAD-right, co-SMAD-left, receptor-docking, DNA-binding, center
Co-SMAD with MH1/linker/MH2; no R-SMAD SSXS activation motif. Contact contours are illustrative.

SMAD2-specific MH1 insertion shown schematically; library extension, not the SMAD3 lesson actor.
co-SMAD-right, co-SMAD-left, receptor-docking, DNA-binding, center, SSXS-tail
SMAD2-specific MH1 insertion shown schematically; library extension, not the SMAD3 lesson actor. Contact contours are illustrative.

Generic double-stranded DNA with alternating ribbon occlusion and schematic base pairs; no specified sequence, handedness or atomic structure.
surface-contact, left-end, right-end
Generic double-stranded DNA with alternating ribbon occlusion and schematic base pairs; no specified sequence, handedness or atomic structure.

Generic single-stranded transcription output with unpaired nucleotide tabs; no specific sequence, cap, poly-A tail, secondary structure or mature-processing claim.
left-end, right-end
Generic single-stranded transcription output with unpaired nucleotide tabs; no specific sequence, cap, poly-A tail, secondary structure or mature-processing claim.